Introduction to Educational Psychology

Theorist	Theory / Contribution	Key Concepts
Jean Piaget	Cognitive development stages	Sensorimotor, preoperational, concrete operational, formal operational; assimilation, accommodation, equilibration, object permanence, conservation
Lev Vygotsky	Sociocultural theory of learning	Zone of Proximal Development (ZPD), scaffolding, private speech, More Knowledgeable Other (MKO), social construction of knowledge
Erik Erikson	Psychosocial development (8 stages)	Industry vs. Inferiority (school age), Identity vs. Role Confusion (adolescence), each stage involves a psychosocial crisis
Lawrence Kohlberg	Moral development	Preconventional, conventional, postconventional; used moral dilemmas; reasoning process matters more than the conclusion
Carol Gilligan	Critique of Kohlberg; ethics of care	Kohlberg's stages are male-biased; women's moral reasoning centers on care and relationships, not abstract justice
Ivan Pavlov	Classical conditioning	Conditioned stimulus, unconditioned stimulus, conditioned response; extinction, spontaneous recovery, generalization, discrimination
B.F. Skinner	Operant conditioning	Positive/negative reinforcement, positive/negative punishment, schedules of reinforcement, shaping, behavior modification
Edward Thorndike	Law of Effect; connectionism	Satisfying consequences strengthen S-R bonds; annoying consequences weaken them; transfer through identical elements
Albert Bandura	Social cognitive theory; observational learning	Bobo doll experiment, modeling, self-efficacy, reciprocal determinism, vicarious reinforcement, self-regulation
Abraham Maslow	Hierarchy of Needs	5-level pyramid: physiological, safety, belonging, esteem, self-actualization; deficiency needs must be met before growth needs
Edward Deci & Richard Ryan	Self-Determination Theory	Autonomy, competence, relatedness; intrinsic vs. extrinsic motivation; overjustification effect; controlling vs. supportive environments
Bernard Weiner	Attribution theory	Locus (internal/external), stability (stable/unstable), controllability; attributing failure to effort = adaptive; to ability = learned helplessness
Martin Seligman	Learned helplessness	Repeated uncontrollable failure leads to passive giving up; helplessness generalizes across situations
Jerome Bruner	Discovery learning; spiral curriculum	Students construct knowledge by discovering principles; revisit topics at increasing complexity; enactive, iconic, symbolic representation
Benjamin Bloom	Bloom's Taxonomy; mastery learning	6 cognitive levels (Remember–Create); mastery learning = all students can achieve if given adequate time and instruction
George Miller	Working memory capacity	Magic number 7 ± 2: working memory holds ~7 chunks; chunking increases effective capacity
Jacob Kounin	Classroom management research	Withitness, overlapping, momentum, smoothness, group alerting; preventive management more effective than reactive discipline
Robert Rosenthal & Lenore Jacobson	Pygmalion effect / teacher expectancy	Teacher expectations function as self-fulfilling prophecies; students labeled as "late bloomers" showed IQ gains
Mary Ainsworth	Attachment theory (Strange Situation)	Secure, anxious-ambivalent, avoidant, disorganized attachment; quality of early attachment affects social/academic development
Diana Baumrind	Parenting styles	Authoritative (warm + structure = best outcomes), authoritarian, permissive, uninvolved; parenting style affects motivation and achievement
Urie Bronfenbrenner	Ecological systems theory	Microsystem, mesosystem, exosystem, macrosystem, chronosystem; development shaped by nested environmental contexts
Noam Chomsky	Language acquisition device (LAD)	Innate biological capacity for language; universal grammar; critical period hypothesis for language acquisition
Howard Gardner	Multiple Intelligences	8 intelligences: linguistic, logical-mathematical, spatial, musical, bodily-kinesthetic, interpersonal, intrapersonal, naturalist
Robert Sternberg	Triarchic theory of intelligence	Analytical, creative, and practical intelligence; "successful intelligence" involves balancing all three
Claude Steele	Stereotype threat	Awareness of negative stereotypes about one's group undermines performance on relevant tasks; affects women in math, minorities on IQ tests

1

A 5-year-old watches an adult pour water from a tall, thin glass into a short, wide glass. When asked which glass has more water, the child says the tall glass did. This is an example of:

A. Object permanence
B. Conservation failure
C. Egocentrism
D. Lack of conservation

▼

D — Lack of conservation. The child cannot understand that the quantity of water remains the same despite the change in appearance. This is a hallmark of Piaget's preoperational stage (ages 2–7). Object permanence (A) is achieved earlier; egocentrism (C) is also preoperational but refers to perspective-taking, not quantity.

2

According to Vygotsky, the most effective teaching occurs when instruction is aimed at:

A. Skills the student has already mastered
B. The zone of proximal development
C. Abstract formal operations
D. The lowest common denominator of the class

▼

B — The zone of proximal development. Vygotsky argued that instruction just above the student's current independent level — within what they can achieve with help — drives cognitive development most effectively. Teaching to mastered skills (A) produces no growth; too far beyond the ZPD produces frustration.

3

An 8-year-old can sort objects by size and classify them into categories, but cannot yet reason about hypothetical situations. According to Piaget, this child is in which stage?

A. Sensorimotor
B. Preoperational
C. Concrete operational
D. Formal operational

▼

C — Concrete operational. Children in this stage (7–11) can perform logical operations on concrete objects — including seriation (sorting by size) and classification — but abstract/hypothetical reasoning is a hallmark of formal operational thinking (D), which typically begins around age 12.

4

Which of Erikson's psychosocial stages is MOST directly relevant to the experience of elementary school children?

A. Autonomy vs. Shame and Doubt
B. Initiative vs. Guilt
C. Industry vs. Inferiority
D. Identity vs. Role Confusion

▼

C — Industry vs. Inferiority. This stage (ages 6–12) centers on children's efforts to develop competence and mastery of skills. Success builds a sense of industry; repeated failure leads to feelings of inferiority. This directly maps onto the elementary school years and academic achievement.

5

Carol Gilligan criticized Kohlberg's theory of moral development primarily because:

A. It relied on unrealistic moral dilemmas
B. It did not account for cultural differences
C. It was based on male subjects and underrepresented a care-based ethic
D. It failed to distinguish between preconventional and conventional reasoning

▼

C — Based on male subjects and underrepresented a care ethic. Gilligan argued that Kohlberg's model, derived from studies of boys and men, prioritized justice-based reasoning and systematically undervalued the care-and-relationship orientation more typical of girls' moral reasoning. She proposed an alternative "ethics of care" model.

6

A toddler sees a new four-legged animal and calls it "doggie," just as she calls her family's pet. This is an example of:

A. Assimilation
B. Accommodation
C. Equilibration
D. Conservation

▼

A — Assimilation. The child fits the new experience (a cat or horse) into an existing schema ("four-legged animal = doggie") without changing the schema. Accommodation (B) would involve creating a new schema or modifying the existing one when the current schema doesn't work.

7

According to Bronfenbrenner's ecological systems model, a city ordinance banning after-school jobs for minors would represent an influence from the:

A. Microsystem
B. Mesosystem
C. Exosystem
D. Macrosystem

▼

C — Exosystem. The exosystem includes social settings that affect the child indirectly — the child doesn't directly participate in them, but their decisions impact the child. A city ordinance affects the child's environment without the child being present in the decision-making process. The macrosystem (D) refers to broader cultural values and laws.

8

A child who produces overgeneralizations in language ("I goed to the store," "two foots") is demonstrating:

A. A language disorder
B. Imitation of adult speech errors
C. Active application of grammatical rules
D. Limited vocabulary development

▼

C — Active application of grammatical rules. Overgeneralization errors (applying regular rules to irregular forms) are evidence that children are extracting and applying grammatical rules, not simply imitating adult speech. These errors actually reflect healthy cognitive development and understanding of language structure.

9

Ainsworth's Strange Situation research found that the most common attachment pattern in American infants is:

A. Secure attachment
B. Anxious-ambivalent attachment
C. Avoidant attachment
D. Disorganized attachment

▼

A — Secure attachment. Approximately 60–65% of American infants show secure attachment — they are distressed when the caregiver leaves but quickly comforted upon return. Secure attachment is associated with better social, emotional, and academic outcomes. Avoidant (B) and anxious-ambivalent (C) are insecure patterns; disorganized (D) is the least common.

10

James Marcia's identity status "foreclosure" describes an adolescent who:

A. Has explored and committed to an identity
B. Is actively exploring but has not committed
C. Has committed to an identity without exploration
D. Has neither explored nor committed

▼

C — Committed without exploration. In foreclosure, the adolescent has made firm commitments (often adopting parental or cultural values without question) but has not gone through an identity crisis or exploration phase. Identity Achievement (A) involves both exploration and commitment. Moratorium (B) = exploring without commitment. Diffusion (D) = neither.

11

A dog that has been conditioned to salivate to a bell later salivates to a similar tone it has never heard before. This is an example of:

A. Extinction
B. Stimulus generalization
C. Stimulus discrimination
D. Spontaneous recovery

▼

B — Stimulus generalization. The conditioned response (salivation) is elicited by a stimulus similar to the original conditioned stimulus. Discrimination (C) is the opposite: responding only to the exact CS. Extinction (A) = CR disappears. Spontaneous recovery (D) = CR reappears after a rest period following extinction.

12

A teacher removes homework on Friday for students who complete all assignments by Thursday. This is an example of:

A. Positive reinforcement
B. Negative reinforcement
C. Positive punishment
D. Negative punishment

▼

B — Negative reinforcement. An unpleasant stimulus (Friday homework) is removed to increase a desired behavior (completing assignments on time). Remember: "negative" means removal; "reinforcement" means the behavior increases. This is often confused with punishment — but reinforcement always increases behavior.

13

A slot machine pays out on an unpredictable number of pulls. This represents which schedule of reinforcement?

A. Fixed ratio
B. Fixed interval
C. Variable ratio
D. Variable interval

▼

C — Variable ratio. A variable ratio schedule delivers reinforcement after an unpredictable number of responses. This produces the highest and most consistent response rate and is most resistant to extinction. Fixed ratio (A) = reinforcement after a set number of responses (e.g., every 10). Variable interval (D) = reinforcement after unpredictable time periods.

14

Bandura's Bobo doll experiments demonstrated that children learn aggressive behavior primarily through:

A. Classical conditioning
B. Operant conditioning with direct reinforcement
C. Observation and modeling
D. Innate biological drives

▼

C — Observation and modeling. Children who watched an adult model behave aggressively toward a Bobo doll imitated that aggression — even without receiving any direct reinforcement. This was evidence for observational learning. Vicarious reinforcement (watching the model be rewarded) further increased imitation.

15

According to information processing theory, what is the primary limitation of working memory?

A. It decays completely within 2 seconds
B. It can only store visual information
C. It has limited capacity, approximately 7 ± 2 chunks of information
D. It cannot transfer information to long-term memory

▼

C — Limited capacity of about 7 ± 2 chunks. George Miller identified this "magic number" as the bottleneck in cognition. Working memory holds ~7 items for about 15–30 seconds without rehearsal. Chunking (grouping items into meaningful units) can increase effective capacity. Long-term memory, by contrast, has virtually unlimited capacity.

16

A student who learned to drive in the U.S. struggles when first driving in England because traffic flows on the left. This is an example of:

A. Positive transfer
B. Negative transfer
C. Near transfer
D. Proactive interference

▼

B — Negative transfer. Prior learning (driving on the right) interferes with new learning (driving on the left). Positive transfer (A) is when prior learning facilitates new learning. Proactive interference (D) is related — it's when old information interferes with remembering new information — but in the context of memory, not skill performance.

17

Episodic memory is best described as memory for:

A. How to ride a bicycle
B. The definition of "photosynthesis"
C. Your first day of school
D. Subconscious conditioned responses

▼

C — Your first day of school. Episodic memory is a type of declarative (explicit) memory that stores autobiographical events tied to specific times and places. Semantic memory (B) stores facts and concepts. Procedural memory (A) stores motor skills and habits. Conditioned responses (D) are implicit but not episodic.

18

The concept of reciprocal determinism, central to Bandura's social cognitive theory, means that:

A. Punishment always produces equal and opposite behavior
B. The environment alone determines behavior
C. Behavior, personal factors, and environment mutually influence each other
D. Rewards and punishments must be balanced

▼

C — Mutual influence among behavior, personal factors, and environment. Bandura rejected both pure environmentalism (Skinner) and pure cognitivism. In his model, the person's thoughts and beliefs, their behavior, and their environment all influence each other bidirectionally — no single factor determines the others.

19

Jerome Bruner's "spiral curriculum" proposes that:

A. Students should learn content only once, in a logical linear sequence
B. Advanced students should skip foundational material
C. Key concepts should be revisited repeatedly at increasing levels of complexity
D. Teachers should follow student interest rather than structured curriculum

▼

C — Revisit concepts repeatedly at increasing complexity. Bruner argued that any subject can be taught to any child in some honest form, and that returning to core concepts with greater sophistication allows learners to build progressively deeper understanding. This is opposed to teaching topics once and moving on permanently.

20

Which of the following is the STRONGEST source of self-efficacy according to Bandura?

A. Mastery experiences (prior successes)
B. Watching peers succeed
C. Encouragement from a teacher
D. Feeling calm and relaxed

▼

A — Mastery experiences. Personal success experiences are the most powerful source of self-efficacy beliefs. The four sources in order of strength: mastery experiences > vicarious experiences (B) > social persuasion (C) > physiological/emotional states (D). A single genuine success builds more self-efficacy than any amount of encouragement.

21

When a student who learned Spanish last year has difficulty remembering the French words learned this year because Spanish keeps intruding, this is:

A. Proactive interference
B. Retroactive interference
C. Decay
D. Encoding failure

▼

A — Proactive interference. Old learning (Spanish — learned first/prior) interferes with new learning (French). "Pro" = forward in time — old info interferes forward. Retroactive interference (B) is the reverse: new learning interferes with remembering old information. Decay (C) is passive fading over time; encoding failure (D) is when information was never stored.

22

Metacognition is BEST defined as:

A. The ability to memorize large amounts of information
B. Higher-order analysis as defined by Bloom
C. Awareness and regulation of one's own thinking and learning processes
D. The transfer of learned skills to new contexts

▼

C — Awareness and regulation of one's own thinking and learning. Metacognition involves planning (choosing strategies before a task), monitoring (checking understanding during), and evaluating (reflecting on what worked after). It is a key predictor of academic achievement and can be explicitly taught. It's distinct from Bloom's higher-order thinking (B), though related.

23

According to Maslow's hierarchy, a student who comes to school without having eaten breakfast would be MOST hampered in meeting which need?

A. Physiological needs
B. Safety needs
C. Esteem needs
D. Self-actualization

▼

A — Physiological needs. The most basic level of Maslow's hierarchy includes food, water, warmth, and rest. Without these, the student cannot focus on learning. The key educational implication: teachers and schools must help address deficiency needs (physiological, safety, belonging) before higher-level academic engagement becomes possible.

24

The overjustification effect predicts that giving a child a reward for reading (which they already enjoyed) will:

A. Increase intrinsic motivation for reading
B. Have no effect on intrinsic motivation
C. Decrease intrinsic motivation for reading
D. Replace intrinsic motivation with a more powerful extrinsic drive

▼

C — Decrease intrinsic motivation. The overjustification effect (Lepper, Deci) shows that external rewards can undermine pre-existing intrinsic motivation. The child shifts their explanation from "I read because I love it" to "I read to get the reward." When the reward is withdrawn, motivation drops below its original level.

25

Self-Determination Theory (Deci & Ryan) identifies three basic psychological needs essential for intrinsic motivation. Which of the following is NOT one of them?

A. Autonomy
B. Competence
C. Relatedness
D. Self-esteem

▼

D — Self-esteem. The three needs in SDT are Autonomy (feeling self-directed), Competence (feeling effective), and Relatedness (feeling connected to others). Self-esteem is an important psychological concept but is not one of the three core needs in SDT. When teachers support all three SDT needs, students internalize motivation and engage more deeply.

26

A student who fails an exam and concludes "I'm just not smart enough — I'll never be good at math" is making an attribution that is:

A. Internal, unstable, and controllable
B. External, stable, and uncontrollable
C. Internal, stable, and uncontrollable
D. External, unstable, and controllable

▼

C — Internal, stable, and uncontrollable. "Not smart enough" attributes failure to ability — which is seen as internal (within the person), stable (doesn't change), and uncontrollable (can't do much about it). This is the most maladaptive attribution pattern and leads to learned helplessness. The most adaptive attribution is internal, unstable, and controllable: "I didn't study enough this time."

27

A classroom where grades are posted publicly, class rankings are announced, and students compete for top scores PRIMARILY promotes:

A. Mastery goals
B. Performance goals
C. Intrinsic motivation
D. Self-determination

▼

B — Performance goals. When classrooms emphasize social comparison, public rankings, and competition, students focus on demonstrating their ability relative to peers (performance goals). This tends to promote surface processing, cheating, and performance-avoidance. Mastery-oriented classrooms emphasize effort, improvement, and personal challenge.

28

According to Eccles' Expectancy × Value theory, a student who is confident they can succeed in a class but finds the subject completely unimportant will likely:

A. Be highly motivated because expectancy is high
B. Be highly motivated because value matters more than expectancy
C. Have low motivation because both expectancy AND value must be present
D. Be motivated only by extrinsic incentives

▼

C — Low motivation because both are needed. Eccles' model is multiplicative: Motivation = Expectancy × Value. If either factor is zero (or very low), motivation is low regardless of the other. High confidence (expectancy) without perceived value will not sustain engagement. Teachers must address both: build students' confidence AND help them see the relevance of the content.

29

Learned helplessness in students is MOST likely to result from:

A. Tasks that are too easy and boring
B. Insufficient extrinsic rewards
C. Repeated failure perceived as beyond one's control
D. Over-reliance on mastery goals

▼

C — Repeated uncontrollable failure. Seligman's learned helplessness concept describes passive giving up after repeated experiences of failure that the individual believes they cannot control. Students who consistently attribute failure to stable, uncontrollable causes (low ability) and never experience success are most at risk. Teachers can counter this through attribution retraining and mastery experiences.

30

Which type of motivation is most associated with deep, long-lasting learning according to research?

A. Intrinsic motivation
B. Extrinsic motivation through tangible rewards
C. Performance-approach goals
D. Competition with peers

▼

A — Intrinsic motivation. Research consistently shows that intrinsically motivated students engage in deeper processing, persist longer in the face of difficulty, show greater creativity, and demonstrate better long-term retention. Extrinsic rewards can be effective for initial engagement or routine tasks but tend to promote surface-level, performance-oriented approaches to learning.

31

A teacher gives weekly quizzes to monitor student understanding and adjust her lessons accordingly. This is an example of:

A. Formative assessment
B. Summative assessment
C. Norm-referenced assessment
D. Standardized assessment

▼

A — Formative assessment. Formative assessments are ongoing, low-stakes tools used to monitor learning and guide instruction in real time. The key is the purpose: to improve learning while it's happening. Summative assessment (B) occurs at the end of instruction to evaluate what was learned.

32

A test is reliable but not valid. This means:

A. It measures the right thing inconsistently
B. It measures something consistently, but not what it claims to measure
C. It is both accurate and consistent
D. It is neither accurate nor consistent

▼

B — Consistent but not measuring the right thing. A bathroom scale that consistently reads 10 pounds too heavy is reliable (consistent) but not valid (doesn't accurately measure true weight). A test can be reliable without being valid, but validity requires reliability — you can't consistently measure the wrong thing and also be measuring the right thing.

33

The SAT is BEST described as a:

A. Criterion-referenced, diagnostic test
B. Criterion-referenced, summative test
C. Norm-referenced, standardized test
D. Formative, performance-based test

▼

C — Norm-referenced, standardized test. The SAT is designed to compare students against each other (norm-referenced) using a standardized administration and scoring procedure. It reports scaled scores and percentile ranks. A criterion-referenced test (A, B) would report whether a student has mastered specific objectives, regardless of how others perform.

34

A student scores at the 90th percentile on a standardized reading test. This means the student:

A. Answered 90% of the questions correctly
B. Scored 90 points on the test
C. Scored higher than 90% of the norm group
D. Is reading at a 90% mastery level

▼

C — Higher than 90% of the norm group. A percentile rank indicates the percentage of people in the normative sample who scored at or below that score. It says nothing about the percentage of items correct (A) or a mastery level (D). A student could score at the 90th percentile even if they only answered 60% of items correctly, depending on the test's difficulty.

35

Content validity refers to the degree to which a test:

A. Predicts future performance on related tasks
B. Produces consistent scores over time
C. Adequately samples all the important content in the domain being measured
D. Measures the same construct as another established test

▼

C — Adequately samples the content domain. Content validity asks: does this test cover everything it should? A final exam in educational psychology that only asks about Piaget lacks content validity because it ignores large portions of the course. Predictive validity (A) and concurrent validity both fall under criterion-related validity. (B) is reliability; (D) is construct or convergent validity.

36

A 5th-grade student receives a "grade equivalent score" of 8.2 on a reading test. This MOST accurately means:

A. The student reads as well as an average 8th grader
B. The student should be placed in 8th-grade reading
C. The student scored as well as the average 8th grader would on 5th-grade material
D. The student has mastered 82% of the 5th-grade reading standards

▼

C — Scored as an average 8th grader would on 5th-grade content. Grade equivalent scores are widely misinterpreted. The test contained 5th-grade material; an 8.2 GE just means the student's score was as high as typical 8th-grade 2nd-month students would score on that same 5th-grade test — not that they can handle 8th-grade curriculum. Placement decisions (B) should never be made on GE scores alone.

37

Which type of assessment would a teacher use BEFORE beginning a new unit to identify students' prior knowledge and misconceptions?

A. Summative
B. Formative
C. Diagnostic
D. Norm-referenced

▼

C — Diagnostic assessment. Diagnostic (or pre-assessment) tools are used before instruction to gauge what students already know, what they misunderstand, and what they're ready to learn. This informs instructional planning. Formative assessment (B) occurs during instruction; summative (A) at the end. Norm-referenced (D) refers to how scores are interpreted, not the timing or purpose.

38

Providing a student with extended test time and a quiet testing room are examples of:

A. Accommodations
B. Modifications
C. Differentiation
D. Remediation

▼

A — Accommodations. Accommodations change how a student demonstrates knowledge (testing conditions, format, time) without altering what is being assessed. Modifications (B) change what is assessed — such as reducing the number of items or allowing alternative questions. The distinction matters legally under IDEA: accommodations preserve the integrity of the assessment.

39

On a norm-referenced test, approximately what percentage of scores fall within one standard deviation of the mean?

A. 50%
B. 68%
C. 95%
D. 99.7%

▼

B — 68%. In a normal distribution: ±1 SD captures ~68% of scores; ±2 SD captures ~95%; ±3 SD captures ~99.7%. This "empirical rule" (or 68-95-99.7 rule) is essential for interpreting standardized scores. Stanines 4–6 (the middle range) correspond roughly to ±1 SD from the mean.

40

A driver's license road test is an example of what type of assessment?

A. Norm-referenced
B. Criterion-referenced
C. Summative standardized
D. Diagnostic

▼

B — Criterion-referenced. You pass or fail based on whether you meet a predetermined standard (make a safe three-point turn, check mirrors properly), not based on how you compare to other test-takers. The CLEP exam itself is criterion-referenced — you need a score of 50 to pass, regardless of how others perform.

41

A teacher asks students to design an experiment to test a hypothesis they've never encountered before. According to Bloom's revised taxonomy, this requires which level of cognitive processing?

A. Apply
B. Analyze
C. Evaluate
D. Create

▼

D — Create. The highest level of Bloom's revised taxonomy involves generating something new — designing, constructing, planning, producing. Simply applying known procedures (A) is a lower level. Analyzing (B) involves breaking things into parts; Evaluating (C) involves making judgments. Designing an experiment from scratch is a creation task requiring integration and original thinking.

42

A teacher uses explicit instruction, models the skill, guides student practice with feedback, then gradually releases responsibility to students. This sequence is BEST described as:

A. Direct instruction / gradual release model
B. Inquiry-based learning
C. Constructivist discovery learning
D. Cooperative learning

▼

A — Direct instruction / gradual release model. The "I do, we do, you do" sequence — teacher models (I do), guided practice (we do), independent practice (you do) — is the hallmark of explicit direct instruction. This is highly effective for foundational skills. Inquiry-based (B) and discovery (C) approaches have students construct knowledge with less explicit teacher modeling.

43

According to Jacob Kounin's research, the single most important teacher behavior for preventing classroom management problems is:

A. Applying consistent consequences for misbehavior
B. Maintaining strict rules and procedures
C. Demonstrating "withitness" — communicating awareness of all student behavior
D. Keeping lessons fast-paced and engaging

▼

C — Withitness. Kounin found that the key distinction between effective and ineffective classroom managers was not how they responded to misbehavior, but their ability to prevent it. "Withitness" — the teacher's communication (through words and actions) that they are aware of everything happening — was the strongest predictor of orderly classrooms. Students who believe the teacher sees everything are less likely to misbehave.

44

In a Jigsaw cooperative learning activity, each student:

A. Competes against other groups for the highest group score
B. Completes the same assignment independently, then compares answers
C. Becomes an expert on one piece of material and teaches it to peers
D. Is assigned a specific role (leader, recorder, reporter) within a group

▼

C — Expert on one piece, then teaches peers. In Jigsaw (Aronson), students are divided into groups. Each member studies one segment, meets with "expert" groups from other teams, then returns to their home group to teach their segment. Every student is both learner and teacher, creating genuine interdependence. STAD (D) uses team rewards and assigned roles; Jigsaw specifically uses the teach-back structure.

45

The Pygmalion effect (Rosenthal & Jacobson) demonstrated that:

A. Students perform better under pressure
B. IQ scores are fixed and cannot be changed by schooling
C. Students whom teachers expect to grow intellectually do show greater IQ gains
D. High-achieving students are naturally more motivated

▼

C — Teacher expectations affect student IQ gains. Rosenthal and Jacobson told teachers certain students were "late bloomers" who would show intellectual growth (chosen randomly). Those students showed greater IQ gains by year-end, suggesting teacher expectations shaped interactions that influenced actual student performance — a self-fulfilling prophecy. The implication: hold high expectations for all students.

46

BICS and CALP, relevant to English Language Learner education, differ in that:

A. BICS is academic language; CALP is social language
B. BICS is conversational fluency; CALP is the academic language proficiency needed for school success
C. BICS takes 5–7 years to develop; CALP takes 2 years
D. BICS is a formal test score; CALP is a classroom observation system

▼

B — BICS is conversational; CALP is academic language proficiency. Jim Cummins distinguished between Basic Interpersonal Communication Skills (BICS — social conversation, context-embedded, ~2 years to develop) and Cognitive Academic Language Proficiency (CALP — abstract academic language needed for school tasks, ~5–7 years to develop). Teachers who mistake BICS for full English proficiency may underestimate ELL students' academic language needs.

47

Under IDEA, a student with a disability is entitled to education in the "least restrictive environment." This MOST directly means:

A. Students with disabilities should always be educated in separate special education classrooms
B. All academic requirements must be reduced for students with disabilities
C. Students with disabilities should be educated alongside non-disabled peers to the maximum extent appropriate
D. Schools are not required to provide specialized services in general education settings

▼

C — With non-disabled peers to the maximum extent appropriate. LRE is one of IDEA's core principles. Separate settings are only appropriate when the nature or severity of the disability makes general education impractical even with supplementary aids. The law creates a strong preference for inclusion. LRE does not mean all students must be fully included regardless of need — "appropriate" is key.

48

Claude Steele's research on stereotype threat would predict that a female student's math performance would DECREASE when:

A. She is told the test has no gender differences
B. She studies in a group of all female peers
C. She is reminded before the test that girls typically underperform boys in math
D. She is praised for her prior math achievements

▼

C — Reminded of the stereotype. Stereotype threat is activated when members of a negatively stereotyped group are made aware of the stereotype in a context where it is relevant. The threat consumes cognitive resources needed for performance. When told the test shows no gender differences (A), the threat is removed and performance equalizes. Teachers should avoid activating stereotypes and instead cultivate growth mindset.

49

Response to Intervention (RTI) uses a three-tier model. Tier 2 represents:

A. Intensive, individualized special education services
B. The universal, high-quality instruction all students receive
C. Targeted small-group intervention for students who did not respond to Tier 1
D. Referral for special education evaluation

▼

C — Targeted small-group intervention. RTI Tier 1 = high-quality universal instruction for all students. Tier 2 = targeted small-group intervention (typically 3–5 students) for students who don't respond adequately to Tier 1. Tier 3 = intensive, individualized intervention (sometimes leading to special education evaluation). RTI uses data to identify need and measure response at each tier.

50

Mary, an experienced teacher, simultaneously monitors a small reading group, notices two students whispering across the room, and signals them to stop — all without interrupting the group lesson. Kounin would describe this as:

A. Momentum
B. Smoothness
C. Overlapping
D. Withitness

▼

C — Overlapping. Overlapping is the ability to handle two or more classroom events simultaneously. Mary is conducting a reading group AND managing off-task behavior at the same time. Withitness (D) refers to the teacher communicating awareness of all student behavior — related, but specifically about the awareness, not the simultaneous management. Both are Kounin concepts critical to proactive classroom management.

51

In B.F. Skinner's "programmed instruction," content is broken into small sequential steps called "frames," and students receive immediate feedback after each response. The primary learning principle underlying this approach is:

A. Classical conditioning — pairing stimuli with correct responses
B. Observational learning — students learn by watching correct procedures
C. Operant conditioning — immediate reinforcement of correct responses strengthens learning
D. Cognitive load reduction — shorter content segments prevent cognitive overload

▼

C — Operant conditioning; immediate reinforcement of correct responses. Skinner's programmed instruction applies operant conditioning to academic learning: break content into tiny increments, require active responses, and provide immediate feedback (reinforcement). Students progress at their own pace. The computer-based analogue is the "teaching machine." Key limitation: this approach works well for factual recall but less effectively for higher-order thinking and transfer.

52

A teacher awards students "behavior bucks" for following classroom rules. The bucks can be exchanged for extra recess time or homework passes. This classroom management system is a:

A. Classical conditioning procedure
B. Token economy ✓
C. Response cost system
D. Contingency contract

▼

B — Token economy. Token economies use secondary (conditioned) reinforcers — tokens, points, "bucks" — that can be exchanged for desired rewards (backup reinforcers). Based on operant conditioning principles, they are effective for shaping behavior in classrooms, psychiatric settings, and ASD programs. Response cost (D) involves removing tokens for rule violations — an extinction/mild punishment component sometimes added to token economies.

53

David Ausubel's concept of "advance organizers" helps students learn new material by:

A. Providing a preview list of all vocabulary words before the lesson
B. Presenting a general conceptual framework at the start of a lesson that connects new material to students' existing knowledge ✓
C. Organizing students into groups based on prior achievement
D. Displaying learning objectives on the board before teaching

▼

B — General conceptual framework linking new material to prior knowledge. Ausubel argued that learning is meaningful (not rote) when new information is anchored to existing cognitive structures (schemas). Advance organizers — abstract overviews or analogies presented before new content — provide the "scaffolding" for meaningful assimilation. Types: expository (explaining new concepts) and comparative (showing similarities and differences). This theory supports the instructional practice of reviewing prerequisites before introducing new material.

54

Jerome Bruner's "discovery learning" approach proposes that students learn best when they:

A. Receive detailed teacher explanations and practice repetitively until mastery
B. Actively explore and discover principles and relationships on their own, with teacher guidance ✓
C. Observe expert models solving similar problems before attempting them independently
D. Learn content organized from simple to complex in a linear sequence

▼

B — Active exploration and discovery of principles, with teacher guidance. Bruner's constructivist approach emphasizes intrinsic motivation, intuitive thinking, and the satisfaction of discovery. Students construct their own understanding by exploring problems. Critics (including Ausubel) argue that pure discovery is inefficient and can lead to the discovery of incorrect rules. The debate between discovery and direct instruction continues — research generally supports explicit instruction for novices and inquiry-based approaches for more advanced learners.

55

Social constructivism, as distinguished from individual (Piagetian) constructivism, emphasizes that knowledge is primarily constructed through:

A. Individual exploration of the physical environment
B. Social interaction and shared meaning-making with more knowledgeable others and peers ✓
C. Direct instruction from teachers who transmit culturally accumulated knowledge
D. Behavioral reinforcement of accurate knowledge representations

▼

B — Social interaction and shared meaning-making with more knowledgeable others. Vygotsky's social constructivism holds that all higher thinking is first social and then internalized. Classroom implications: collaborative learning, dialogue, apprenticeship, and peer interaction are essential — not just supplementary. Individual constructivism (Piaget) emphasizes the child's independent exploration. Social constructivism underpins practices like reciprocal teaching, classroom discussion, and cooperative learning.

56

"Situated learning" theory (Lave and Wenger) argues that effective learning:

A. Occurs best in the absence of social pressure and evaluation
B. Is embedded in authentic activity, context, and culture — not abstract, decontextualized instruction ✓
C. Requires explicit instruction in general principles before application
D. Is most efficient when students learn in isolation from their social environment

▼

B — Embedded in authentic activity, context, and culture. Situated learning emphasizes that knowledge and skills are best acquired in the context in which they will be used. "Legitimate peripheral participation" — newcomers gradually become full participants in a community of practice (apprentice → journeyman → master). Educational implications: internships, apprenticeships, project-based learning, and problem-based learning. Cognitive apprenticeship (Collins, Brown, Newman) applies these ideas to academic subjects.

57

Universal Design for Learning (UDL) is an educational framework that addresses the needs of diverse learners by:

A. Assigning all students the same curriculum with different grading standards
B. Proactively designing flexible curricula with multiple means of representation, action/expression, and engagement ✓
C. Providing physical accessibility accommodations required by ADA
D. Grouping students by ability level for targeted instruction

▼

B — Flexible curricula with multiple means of representation, action/expression, and engagement. UDL (CAST) has three principles: (1) Multiple Means of Representation (how information is presented — text, audio, visuals); (2) Multiple Means of Action and Expression (how students demonstrate learning — writing, speaking, projects); (3) Multiple Means of Engagement (how students are motivated — choice, relevance, challenge). UDL proactively builds in flexibility rather than retrofitting individual accommodations. It benefits all learners, not just those with disabilities.

58

Dyslexia is BEST characterized as:

A. A general intellectual disability affecting all academic areas equally
B. A specific learning disability involving significant difficulty with accurate and/or fluent word recognition and decoding, primarily due to phonological processing deficits ✓
C. A visual processing disorder that reverses letters when reading
D. An attention disorder that makes sustained reading difficult

▼

B — Difficulty with word recognition and decoding due to phonological processing deficits. Dyslexia is a neurobiological learning disability characterized by difficulties with phonological processing — the ability to hear and manipulate the sound structure of words. This impairs decoding (sounding out words), not intelligence. The "letter reversal" misconception is common but inaccurate. Evidence-based interventions: systematic, explicit phonics instruction (Orton-Gillingham approach). Dyslexia is the most common specific learning disability, affecting ~15–20% of the population.

59

Dyscalculia is a specific learning disability characterized by:

A. Difficulty with reading comprehension of math word problems
B. Persistent difficulties with number sense, arithmetic fact retrieval, and mathematical reasoning, not explained by general intellectual disability ✓
C. Inability to perform mathematical operations due to attention difficulties
D. Challenges with spatial reasoning required for geometry

▼

B — Persistent difficulties with number sense, fact retrieval, and mathematical reasoning. Dyscalculia affects ~5–7% of school-age children and involves deficits in the "number module" — basic intuitive sense of quantity (subitizing), difficulty learning arithmetic facts, and problems with multi-step calculations. It is distinct from math anxiety (emotional) and ADHD-related difficulties. Intervention: concrete manipulatives, explicit number sense instruction, and calculator accommodations. Often co-occurs with dyslexia and ADHD.

60

Under the Individuals with Disabilities Education Act (IDEA), an Individualized Education Program (IEP) must include all of the following EXCEPT:

A. Current levels of academic achievement and functional performance
B. Measurable annual goals
C. Special education and related services to be provided
D. A requirement that the student be educated in a separate special education classroom ✓

▼

D — IEPs do NOT require separate classroom placement; least restrictive environment is required. IDEA requires that students with disabilities be educated in the least restrictive environment (LRE) — meaning inclusion in general education classrooms to the maximum extent appropriate. IEPs must include: present levels of performance, annual goals, special education services, related services, participation in general education settings (LRE statement), transition services (by age 16), and how progress will be measured. Separate placement is used only when inclusion with supports cannot be satisfactory.

61

A 504 Plan differs from an IEP in that a 504 Plan:

A. Provides more intensive services and requires a team evaluation by a multidisciplinary team
B. Provides accommodations for students whose disability substantially limits a major life activity, but who may not need specialized instruction ✓
C. Is required only for students with physical disabilities under the ADA
D. Can be created without parental consent if the student is over age 14

▼

B — Accommodations for students with disabilities who don't need specialized instruction. Section 504 of the Rehabilitation Act: students with a physical or mental disability that substantially limits a major life activity qualify for accommodations (extended time, preferential seating, calculator use) even if they don't qualify for IDEA special education services. IEPs require IDEA eligibility (one of 13 disability categories) and provide individualized specialized instruction. 504 plans are simpler, have no federally mandated format, and serve students with conditions like ADHD, anxiety, diabetes, or allergies that don't require curriculum modification.

62

Inclusive education, as distinguished from "mainstreaming," means that:

A. All students with disabilities are placed in general education classrooms regardless of severity of need
B. Students with disabilities are members of general education classrooms as their primary setting, with supports and services brought to them, rather than being pulled out only when they can keep up ✓
C. Students with disabilities are integrated only for non-academic subjects like art and physical education
D. The general education teacher is solely responsible for all students in the classroom

▼

B — Inclusion as primary setting with supports brought to the student; not "pull-out when ready." Traditional mainstreaming: students with disabilities "earn" their way into general education by demonstrating they can keep up — supports are minimal. Full inclusion: all students, regardless of disability severity, are presumed to belong in general education with appropriate supports (co-teaching, paraprofessionals, modified materials). Research on inclusion outcomes is mixed and depends heavily on the quality of support provided.

63

The "difficulty index" (p-value) in item analysis refers to:

A. The rating scale used to classify items as easy, medium, or hard
B. The proportion of students who answered an item correctly — higher values indicate easier items ✓
C. The statistical significance of the correlation between an item and the total test score
D. The number of students who chose each distractor

▼

B — Proportion answering correctly; higher p = easier item. Difficulty index (p): number correct ÷ total taking item. A p of .80 means 80% got it right (easy); a p of .20 means only 20% got it right (hard). Optimal items for maximally differentiating students have p around .50. The discrimination index (d) measures how well an item distinguishes between high and low scorers: it should be positive (high scorers get it right more often than low scorers). Negative discrimination = problematic item.

64

The "discrimination index" in item analysis measures:

A. Whether an item discriminates against students of different cultural backgrounds
B. How well an item distinguishes between high-scoring and low-scoring students on the overall test ✓
C. The number of distractors that attract student responses
D. The degree to which an item assesses culturally neutral content

▼

B — How well the item distinguishes high from low scorers. Discrimination index (d) = (% correct in upper 27–33% of scorers) − (% correct in lower 27–33%). A positive d means high scorers answered correctly more often — a "good" item. A d near 0 means the item doesn't differentiate. A negative d means low scorers answered correctly more often than high scorers — the item likely has a flaw (ambiguous wording, incorrect answer key). Items with d ≥ .30 are generally considered acceptable.

65

Authentic assessment differs from traditional testing primarily because authentic assessment:

A. Uses multiple-choice questions from real-world scenarios
B. Requires students to apply their knowledge and skills to meaningful, real-world tasks that have value beyond the classroom ✓
C. Compares student performance to other students nationally
D. Focuses exclusively on process rather than product

▼

B — Application to meaningful, real-world tasks with value beyond the classroom. Authentic assessment (Wiggins) requires students to demonstrate knowledge by completing real-world tasks: designing a bridge, writing an article for publication, conducting an experiment, or solving genuine community problems. Portfolios are a common form of authentic assessment. The criteria for evaluation (rubrics) are clear and public. Contrast with traditional tests that may measure knowledge but not the ability to use it in meaningful contexts.

66

Which of the following is an example of a "mastery goal orientation" (also called a learning goal) as described in achievement goal theory?

A. A student who wants to score higher than classmates on the next test
B. A student who wants to genuinely understand calculus, regardless of the grade received ✓
C. A student who wants to avoid looking stupid in front of peers
D. A student who wants to finish the test before anyone else

▼

B — Wanting to understand content regardless of grades. Achievement goal theory (Ames, Dweck, Elliot): Mastery/learning goals → focus on understanding, effort, improvement, and intrinsic standards of excellence. Performance goals → focus on outperforming others or avoiding negative judgments. Research consistently shows mastery goals predict deeper learning, more persistence after failure, and greater enjoyment. Performance-avoidance goals (avoid looking dumb) are most harmful to motivation and learning.

67

Weiner's attribution theory identifies three dimensions on which students classify the causes of their academic successes and failures. Which of the following is a CORRECT pairing of dimension and its description?

A. Stability: whether the cause is internal or external to the student
B. Locus of control: whether the cause is internal (within the student) or external (outside the student) ✓
C. Controllability: whether the cause is stable over time or can change
D. Globality: whether the cause affects one domain or all domains of life

▼

B — Locus: internal vs. external. Weiner's three dimensions: (1) Locus: internal (ability, effort) vs. external (task difficulty, luck); (2) Stability: stable (ability, task difficulty) vs. unstable (effort, luck); (3) Controllability: controllable (effort, preparation) vs. uncontrollable (ability, luck, teacher bias). The most motivationally adaptive attributions: internal, unstable, controllable (e.g., "I failed because I didn't study enough — I can change that"). Helpless attributions: internal, stable, uncontrollable ("I'm just not smart").

68

Cooperative learning structures like Student Teams Achievement Divisions (STAD) are most effective when they incorporate:

A. Individual accountability only — students receive grades based solely on their own performance
B. Both positive interdependence (group success depends on all members) AND individual accountability (each member's score matters) ✓
C. Free-rider prevention by assigning all group members identical grades
D. Homogeneous ability grouping to ensure all team members contribute equally

▼

B — Positive interdependence AND individual accountability. Johnson and Johnson's research identifies five elements of effective cooperative learning: (1) positive interdependence ("We sink or swim together"), (2) individual accountability (each member responsible), (3) face-to-face promotive interaction, (4) social skills, (5) group processing. Without positive interdependence, cooperative groups become parallel individual work. Without individual accountability, "hitchhikers" (free riders) undermine group cohesion and individual learning.

69

Near transfer refers to applying learned skills or knowledge to situations that are:

A. Very similar to the original learning context ✓
B. Completely different from the original learning context
C. At the same level of difficulty as the original task
D. In the same academic subject as the original task

▼

A — Very similar to the original learning context. Near transfer: applying skills to situations very close to original learning (practicing addition with slightly different numbers). Far transfer: applying learning to quite different situations (applying algebra skills to analyze a real-world financial problem). Far transfer is harder to achieve and requires explicit instruction in the underlying principles, varied practice contexts, and reflection on how knowledge applies across domains. This distinction shapes instructional design.

70

Cognitive load theory (Sweller) distinguishes between "intrinsic," "extraneous," and "germane" cognitive load. A teacher reduces extraneous cognitive load by:

A. Increasing the complexity of the content being taught
B. Eliminating unnecessary distractions, unclear instructions, and poorly designed materials that consume working memory without contributing to learning ✓
C. Providing more detailed explanations of difficult concepts
D. Requiring students to take notes while watching a video lecture simultaneously

▼

B — Eliminating unnecessary distractions and poor designs that waste working memory. Intrinsic load: inherent complexity of the material (can be managed by prerequisite knowledge, sequencing). Extraneous load: unnecessary cognitive demands from poor instructional design (split attention, redundancy, seductive details). Germane load: processing that directly builds schemas and long-term memory. Instructional design should minimize extraneous load and optimize germane load. The split-attention effect (reading text while viewing a separate diagram) increases extraneous load — integrating text into diagrams reduces it.

71

ADHD in educational settings is characterized by which of the following?

A. Intellectual disability and difficulty learning new information
B. Persistent patterns of inattention and/or hyperactivity-impulsivity that interfere with functioning and development ✓
C. A specific deficit in phonological processing that impairs reading
D. Difficulty understanding social cues and maintaining peer relationships

▼

B — Persistent inattention and/or hyperactivity-impulsivity interfering with functioning. DSM-5 ADHD subtypes: predominantly inattentive (difficulty sustaining attention, forgetful, easily distracted), predominantly hyperactive-impulsive (fidgeting, difficulty waiting, talking excessively), and combined. ADHD is a deficit in executive function and self-regulation — not willful misbehavior or lack of intelligence. Educational interventions: structured routines, preferential seating, frequent breaks, extended time, organizational tools, and (for severe cases) medication as adjunct to behavioral strategies.

72

Gifted education approaches that allow students to study material at a more complex level or with greater depth — without simply covering more material faster — is called:

A. Acceleration
B. Enrichment ✓
C. Pull-out programming
D. Differentiated pacing

▼

B — Enrichment. Two main approaches to gifted education: Acceleration (moving faster through curriculum — grade skipping, subject acceleration, early college) and Enrichment (going deeper, broader, or more complex within the same grade level). Research (Colangelo, Lubinski) generally shows acceleration produces strong academic outcomes without social-emotional harm. Enrichment is politically more accepted but less well-studied. Pull-out programs take gifted students from regular class for special sessions — a common but debated approach.

73

The Pygmalion effect in education (Rosenthal and Jacobson) demonstrated that teacher expectations influence student performance. The PRIMARY mechanism through which teacher expectations operate is:

A. Teachers grading papers more leniently when they expect students to succeed
B. Teachers providing more opportunities to learn, more feedback, and warmer interactions for students they expect to succeed — which actually improves those students' performance ✓
C. Students working harder to meet their teachers' expectations consciously
D. School administrators assigning higher-quality teachers to students expected to succeed

▼

B — More learning opportunities, feedback, and warm interactions for expected-to-succeed students. Brophy and Good identified the mechanism: teachers unconsciously treat high-expectation students differently — more wait time, more challenging questions, more praise, more encouragement after failure. Low-expectation students receive less demanding questions, less feedback, and may be seated farther away. The "four-factor model" of expectation effects: climate, feedback, input, and output. Culturally responsive teaching explicitly addresses these biases.

74

Culturally responsive teaching (Gay, Ladson-Billings) is BEST described as:

A. Teaching the same curriculum in multiple languages to accommodate diverse learners
B. Using students' cultural backgrounds, experiences, and knowledge as resources for teaching in ways that are relevant, respectful, and high-expectations-oriented ✓
C. Providing supplementary materials about different cultures as an add-on to the regular curriculum
D. Reducing academic expectations for students from disadvantaged backgrounds to prevent failure

▼

B — Using students' cultural backgrounds as resources; relevant, respectful, high-expectations. Culturally responsive teaching (Gay) and culturally sustaining pedagogy (Paris) involves: using culturally relevant examples, building on students' funds of knowledge (Moll), maintaining high expectations for all students, addressing bias explicitly, and connecting curriculum to students' communities. Ladson-Billings identified "academic success, cultural competence, and critical consciousness" as the three goals of culturally relevant pedagogy. It directly counters deficit thinking about minority students.

75

Rudolf Dreikurs' "democratic classroom" approach to classroom management proposes that student misbehavior is motivated by:

A. Lack of appropriate behavioral consequences and poor classroom rules
B. One of four mistaken goals: attention, power, revenge, or avoidance of failure — driven by a desire to belong ✓
C. Neurological disorders or learning disabilities that require medical intervention
D. Inconsistent reinforcement of desired behavior by the teacher

▼

B — Four mistaken goals (attention, power, revenge, avoidance of failure) driven by need to belong. Dreikurs argued all children want to belong. Misbehavior is a mistaken attempt to achieve belonging: Attention (I belong if noticed), Power (I belong if I control), Revenge (I belong if I hurt others since I'm hurt), Avoidance of Failure (I belong if I'm not revealed as inadequate). Teachers diagnose the goal by their own reaction (annoyed = attention; threatened = power; hurt = revenge; hopeless = avoidance) and use "natural and logical consequences" rather than punishment.

76

The "assertive discipline" classroom management model, developed by Lee Canter, emphasizes:

A. Democratic decision-making about classroom rules with student participation
B. Teachers clearly stating rules, consistently applying consequences for misbehavior, and recognizing students for following rules ✓
C. Using only positive reinforcement with no consequences for misbehavior
D. Addressing the psychological needs underlying student misbehavior

▼

B — Clear rules, consistent consequences, and recognition for appropriate behavior. Assertive discipline (Canter and Canter): teachers have the right and responsibility to maintain an orderly classroom and enforce rules firmly and consistently. The system includes: clear rules with predetermined consequences, a discipline hierarchy (warning → consequence → escalating consequences), positive recognition (marble jar, praise), and communication with parents. Critics note it can be overly behaviorist and may suppress intrinsic motivation; it works better for immediate behavior management than long-term character development.

77

Peer tutoring programs in schools show positive outcomes for both the tutor and the tutored student primarily because:

A. Peer explanations are inherently clearer than teacher explanations
B. Tutors gain deeper understanding through teaching (the "protégé effect"), and tutees benefit from individualized, frequent, low-stakes feedback ✓
C. Peer tutoring reduces the teacher's workload, allowing more time for other students
D. Peer tutors always score higher on the same content, ensuring correct instruction

▼

B — Tutors deepen understanding through teaching; tutees get individualized frequent feedback. The "learning by teaching" effect (protégé/Feynman technique): explaining something to others requires organizing knowledge, identifying gaps, and constructing clearer mental models. Tutees benefit from immediate feedback, repetition, and the reduced anxiety of working with a peer rather than an authority figure. Cross-age tutoring (older tutors younger) generally shows stronger effects than same-age tutoring. Well-structured programs with training outperform informal arrangements.

78

Direct instruction, as an explicit teaching model, is characterized by:

A. Students discovering principles through open-ended exploration
B. Teacher-led instruction with clear objectives, structured presentation, guided practice with feedback, and independent practice ✓
C. Student-directed projects that integrate multiple academic disciplines
D. Collaborative small group work around complex real-world problems

▼

B — Teacher-led with clear objectives, structured presentation, guided practice, independent practice. Direct instruction (Rosenshine's "Principles of Instruction"; Engelmann's DI programs like DISTAR) involves: review, state objectives, present new material in small steps, check for understanding, guided practice with corrective feedback, independent practice. Research (Project Follow Through) showed explicit direct instruction produced superior outcomes for disadvantaged students on basic skills. It is most effective for teaching well-defined skills and knowledge, less so for complex problem-solving and creativity.

79

Problem-based learning (PBL) is distinguished from traditional instruction primarily by:

A. Using textbook problems as the starting point for each lesson
B. Beginning with an authentic, complex, ill-structured problem that students must investigate and solve, constructing needed knowledge as they go ✓
C. Having the teacher model problem-solving procedures before students practice
D. Requiring students to work independently on assigned problems before class discussion

▼

B — Authentic, complex, ill-structured problem drives learning from the start. PBL (developed at McMaster Medical School, Barrows): problems are the vehicle for learning — students must identify what they don't know, research it, and apply it to the problem. PBL produces better long-term retention, clinical reasoning, and transfer compared to traditional lecture for professional education. However, research shows novice learners benefit more from explicit instruction first (the expertise reversal effect) — PBL is most effective for intermediate and advanced learners.

80

Expectancy-value theory (Eccles) predicts that students will be most motivated to pursue a task when:

A. The task offers high extrinsic rewards and low difficulty
B. They have both high expectancy of success AND perceive the task as having high value (importance, interest, or utility) ✓
C. The task is assigned by a teacher with strong authority and clear consequences
D. Competition with peers creates performance pressure

▼

B — High expectancy of success AND high perceived value. Eccles' expectancy-value theory: Motivation = Expectancy (Can I succeed?) × Value (Why should I do this?). Value has four components: intrinsic value (enjoyment), utility value (instrumental usefulness for future goals), attainment value (importance to self-concept), and cost (what must be given up). Both expectancy and value must be present — high expectancy with no value = not pursued; high value with low expectancy = not attempted. This has major implications for designing motivating instruction.

81

Schema theory explains how prior knowledge affects new learning. When new information conflicts with an existing schema, learners must undergo a process Piaget called:

A. Assimilation
B. Accommodation ✓
C. Equilibration
D. Schema activation

▼

B — Accommodation: modifying existing schemas when new information doesn't fit. Assimilation: incorporating new information into existing schemas without changing them (treating a dolphin as a "fish"). Accommodation: modifying schemas to fit new information (learning dolphins are mammals, revising the "fish" schema). Equilibration: the process of balancing assimilation and accommodation to achieve cognitive stability. In instruction, conceptual change requires creating cognitive conflict ("disequilibrium") that motivates accommodation of misconceptions.

82

Which of the following statements about parental involvement in education is BEST supported by research?

A. Parental involvement in schools is more important than parental involvement at home
B. High expectations, discussions about school, and a home environment supporting learning (involvement at home) are most strongly linked to student achievement ✓
C. Parental involvement is equally beneficial at all grade levels from kindergarten through high school
D. Parental volunteering at school is the single most effective form of parental involvement

▼

B — Home involvement (expectations, discussions, learning environment) most strongly linked to achievement. Epstein's typology of family involvement: parenting, communicating, volunteering, learning at home, decision-making, collaborating with community. Research (Hattie's meta-analyses) consistently finds that parental aspirations/expectations for their children have the strongest effect on achievement — stronger than school-based parent volunteering. Home learning activities and parent-child discussions about school also show strong effects. Benefit of involvement decreases somewhat in adolescence but remains positive.

83

The "communities of practice" concept (Lave and Wenger) suggests that meaningful learning in schools should:

A. Emphasize individual mastery of decontextualized skills before group participation
B. Involve students in authentic practices of a discipline alongside more expert practitioners — not just learning about the discipline abstractly ✓
C. Focus primarily on peer social interaction rather than academic content
D. Restrict student participation until they demonstrate necessary prerequisite knowledge

▼

B — Students participate in authentic disciplinary practices alongside more expert practitioners. Lave and Wenger's theory: people learn best by participating in the authentic practices of a community — not just by studying about them. A science classroom organized as a community of practice would have students doing real science (designing experiments, peer review, publishing findings) — not just learning science facts. This underpins apprenticeship models, internships, and clinically-based professional education. "Legitimate peripheral participation" means newcomers begin with real but limited contributions.

84

Differentiated instruction is BEST described as:

A. Creating a separate lesson plan for every student in the class
B. Proactively adjusting content, process, product, and learning environment in response to students' varied readiness levels, interests, and learning profiles ✓
C. Providing slower learners with simpler curriculum while accelerating advanced students
D. Grouping students by ability for all academic subjects

▼

B — Adjusting content, process, product, and environment based on student variability. Tomlinson's model of differentiated instruction: vary WHAT students learn (content), HOW they learn it (process), HOW they demonstrate learning (product), and the ENVIRONMENT for learning — based on readiness (prior knowledge), interest, and learning profile. DI does NOT mean different curricula or lowered expectations for some students; it means varied pathways to the same rigorous goals. Flexible grouping (not fixed ability tracks) is a key strategy.

85

In formative assessment, the most critical characteristic that distinguishes it from summative assessment is:

A. It is always informal and does not involve grades
B. The primary purpose is to gather information to adjust instruction and support student learning during the learning process ✓
C. It is conducted only at the end of a lesson or unit
D. It uses only performance-based tasks rather than written tests

▼

B — Purpose: gather information to adjust instruction during the learning process. Black and Wiliam's research (Inside the Black Box) demonstrated that high-quality formative assessment is among the most effective interventions for raising student achievement. Key elements: clear learning goals shared with students, evidence gathering during instruction (exit tickets, questioning, observation), feedback that moves learning forward, and peer and self-assessment. Summative assessment judges learning at the end (grades, state tests). Formative CAN include grades, but the primary purpose is instructional adjustment.

86

A major criticism of high-stakes standardized testing in education is that it can lead to:

A. Excessive assessment that reduces the time available for teachers to prepare lessons
B. "Teaching to the test" — narrowing the curriculum to tested subjects and skills, potentially at the expense of deeper learning and non-tested subjects ✓
C. Unreliable results because all students take the test on the same day
D. An overemphasis on affective and social-emotional learning outcomes

▼

B — Teaching to the test; curriculum narrowing at expense of deeper learning. Research following NCLB (No Child Left Behind, 2001) documented significant time reductions in art, music, social studies, science, and physical education in favor of tested subjects (reading, math). Critics also note: over-reliance on multiple-choice testing fails to assess higher-order thinking, complex communication, and collaboration. High-stakes consequences for schools and teachers can distort incentives (gaming the system, excluding low-scoring students). Proponents argue accountability improves outcomes, especially for disadvantaged groups.

87

Which of the following is a key feature of "criterion-referenced" tests that distinguishes them from "norm-referenced" tests?

A. Criterion-referenced tests compare each student's score to a national sample
B. Criterion-referenced tests measure student performance against a defined standard of mastery, not relative to other students' performance ✓
C) Criterion-referenced tests are exclusively used for classroom quizzes
D. Criterion-referenced tests produce percentile ranks that describe performance relative to peers

▼

B — Measured against a defined mastery standard, not relative to other students. Criterion-referenced tests (driving tests, bar exams, mastery tests): pass/fail or score relative to a set criterion — the distribution of other test-takers' scores is irrelevant. Norm-referenced tests (most IQ tests, SAT, ACT): scores are reported relative to a normative group (percentile ranks, standard scores). For formative classroom assessment, criterion-referenced interpretation is preferred. National accountability tests like NAEP use both norm-referenced (scale scores) and criterion-referenced (achievement levels: below basic, basic, proficient, advanced) interpretations.

88

Behavioral modification in the classroom that uses "extinction" — removing reinforcement for an unwanted behavior — is MOST appropriate when:

A. The behavior is dangerous to the student or others
B. The unwanted behavior is maintained by teacher or peer attention, and removing that attention will cause it to decrease ✓
C. The behavior has been occurring for a very long time
D. The student has a diagnosed behavioral disorder

▼

B — Behavior is maintained by attention; removing attention will decrease it. Extinction is effective when the behavior's maintaining reinforcer is identifiable and can be withheld. Classic application: ignoring attention-seeking behavior (planned ignoring). Key warning: extinction initially produces an "extinction burst" (behavior temporarily intensifies before declining). Not appropriate for dangerous behaviors (use differential reinforcement instead) or behaviors maintained by intrinsic reinforcement (e.g., the behavior is inherently enjoyable). Functional behavior assessment (FBA) identifies the maintaining reinforcer before choosing intervention.

89

According to Self-Determination Theory (Deci and Ryan), students exhibit the highest quality learning and well-being when their three basic psychological needs are met. These needs are:

A. Achievement, affiliation, and power
B. Autonomy (sense of choice and volition), competence (feeling effective), and relatedness (feeling connected to others) ✓
C. Safety, belonging, and esteem (Maslow's lower needs)
D. Intrinsic motivation, extrinsic motivation, and amotivation

▼

B — Autonomy, competence, and relatedness. SDT: when classrooms support autonomy (choice, rationale for tasks, minimizing pressure), competence (optimal challenge, positive feedback), and relatedness (warm teacher-student relationships, sense of belonging), students show higher intrinsic motivation, deeper engagement, better conceptual understanding, and greater well-being. Controlling environments (excessive surveillance, contingent rewards, ego-involving evaluation) undermine all three needs. SDT provides a theoretical basis for student-centered, autonomy-supportive instruction.

90

Test "reliability" refers to:

A. Whether the test measures what it is intended to measure
B. The consistency of test scores — whether the same students would get similar scores on repeated administrations or equivalent forms ✓
C. Whether the test content represents all topics in the curriculum
D. Whether the test predicts future academic or occupational performance

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B — Consistency of scores across repeated administrations or equivalent forms. Types of reliability: test-retest (same test, same students, different times), alternate/parallel forms (two equivalent versions), split-half/internal consistency (comparing halves of the test), and inter-rater reliability (consistency between scorers for constructed-response items). Reliability is necessary but not sufficient for validity. A ruler that consistently measures 10 centimeters shorter than reality is reliable but not valid for measuring true length.

91

A teacher uses "wait time" after asking a question (pausing 3–5 seconds before calling on a student). Research shows this practice leads to:

A. Increased student anxiety because students must sustain attention longer
B. Higher quality responses, more student participation, and more higher-order thinking ✓
C. Lower academic engagement because students may disengage during the pause
D. No significant effect on student performance

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B — Higher quality responses, more participation, more higher-order thinking. Rowe's research on wait time I (after question) and wait time II (after student response) showed: longer wait time → longer and more complex student responses, more students participating, more student-initiated questions, and fewer failures to respond. Teachers who use wait time consistently have more equitable classroom questioning (not just the fastest responders). Simple but powerful: most teachers wait less than 1 second before calling on students.

92

Constructive controversy, a cooperative learning technique (Johnson and Johnson), improves learning by:

A. Having students compete individually to produce the best argument on an assigned position
B. Assigning students to argue competing positions on an issue, then switch sides, then synthesize the best elements from both perspectives ✓
C. Eliminating any form of disagreement from classroom discussion to maintain a positive climate
D. Selecting students with opposing viewpoints and having them debate in front of the class

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B — Argue a position, switch sides, then synthesize. Constructive controversy creates "epistemic curiosity" — the cognitive conflict that motivates learning. The structure: prepare and present one position → listen to opposing position → advocate for the opposite position → drop advocacy and seek the best synthesis. Research shows it produces deeper understanding, more creative solutions, greater retention, and higher-quality decision-making than concurrence-seeking (avoiding conflict) or debate (winning, not understanding). Structured academic controversy is a classroom application.

93

Carol Dweck's research on "growth mindset" vs. "fixed mindset" found that students with a growth mindset:

A. Avoid challenges that could reveal the limits of their intelligence
B. Believe their intelligence and abilities can develop through effort and effective strategies, leading to greater persistence and learning ✓
C. Require praise for their intelligence to maintain high motivation
D. Set lower performance goals to protect themselves from disappointment

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B — Intelligence can grow through effort; leads to persistence and learning. Fixed mindset: intelligence is a fixed trait — challenges threaten self-image, failure is devastating, effort signals low ability. Growth mindset: intelligence is malleable — challenges are opportunities, failure is informative, effort is necessary for growth. Dweck found praising effort ("You worked really hard") produces growth mindset; praising intelligence ("You're so smart") produces fixed mindset. Growth mindset interventions have shown academic achievement effects, especially for disadvantaged and stereotype-threatened groups.

94

Research on "spaced practice" (distributed practice) vs. "massed practice" (cramming) consistently shows that:

A. Massed practice leads to better immediate recall and better long-term retention
B. Spaced practice leads to better long-term retention, even though learners often prefer massing because it feels more effective ✓
C. Both produce equivalent long-term retention when total study time is held constant
D. Spaced practice is effective only for procedural skills, not declarative knowledge

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B — Spaced practice produces better long-term retention despite feeling less effective. The spacing effect is one of the most robust findings in cognitive psychology (Ebbinghaus, 1885 onward). Distributing study sessions over time produces better retention than the same total time concentrated (cramming). The "desirable difficulty" framework (Bjork) explains why: spaced practice requires more retrieval effort, strengthening memory consolidation. Students and teachers often prefer massing because it "feels" productive in the short run — a classic metacognitive illusion.

95

A school psychologist conducts a comprehensive evaluation and determines that a 3rd grader has average intelligence but reads two or more years below grade level due to phonological deficits. Under IDEA, this student would most likely qualify under which disability category?

A. Intellectual disability
B. Specific learning disability (SLD) ✓
C. Other health impairment
D. Speech or language impairment

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B — Specific learning disability (SLD). IDEA's 13 eligibility categories include SLD — a disorder in one or more basic psychological processes involved in understanding or using language that results in imperfect ability to listen, think, speak, read, write, spell, or do mathematical calculations. This student's profile (average IQ, significant reading deficit, phonological deficits) is typical of dyslexia, which falls under SLD. Evaluation must rule out other primary causes (inadequate instruction, sensory impairments, intellectual disability). Both discrepancy model and RTI/processing-deficit models can be used to identify SLD.

96

The "expertise reversal effect" in cognitive load theory suggests that:

A. Expert teachers are less effective than novice teachers for teaching basic skills
B. Instructional supports (worked examples, scaffolds, guidance) that benefit novices become redundant or even harmful for more advanced learners ✓
C. Advanced students perform worse when competing against novices in cooperative groups
D. Experts learn more efficiently through rote repetition than through problem-solving

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B — Supports helpful to novices become redundant/harmful for advanced learners. Worked examples reduce extraneous cognitive load for novices by showing the solution path — freeing working memory for understanding the concept. But for experts, worked examples are redundant: the expert already knows the solution approach, so reading through it consumes cognitive resources without benefit (redundancy effect). This means instruction must adapt to learners' growing expertise: move from worked examples → faded examples → problem-solving as competence develops.

97

Which of the following is an example of a "performance goal orientation" combined with an avoidance motivation?

A. A student who works hard to master algebra so she can use it in engineering
B. A student who aims to be the top-scoring student in his calculus class
C. A student who avoids raising her hand in class to avoid making mistakes in front of peers ✓
D. A student who chooses challenging assignments because they find learning enjoyable

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C — Avoiding visible mistakes to prevent negative peer judgment. Achievement goal theory (Elliot's 2×2 model): Mastery-approach (improve, understand), Mastery-avoidance (avoid not understanding, perfectionism), Performance-approach (outperform others), Performance-avoidance (avoid looking incompetent). Performance-avoidance is most consistently linked to negative outcomes: reduced engagement, less help-seeking, lower achievement, and higher test anxiety. Students who avoid participating to prevent looking foolish are caught in a self-defeating pattern that limits learning.

98

Which of the following BEST illustrates "behavior modification" through differential reinforcement of incompatible behavior (DRI)?

A. A teacher gives detention whenever a student talks without being called on
B. A teacher praises a student for raising their hand to speak, making it impossible to simultaneously call out without permission ✓
C. A teacher ignores a student's off-task behavior while reinforcing on-task behavior of nearby students
D. A teacher removes 5 minutes of recess for each classroom disruption

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B — Reinforcing raising a hand (incompatible with calling out). Differential reinforcement strategies: DRI (reinforce a behavior physically incompatible with the target behavior), DRA (reinforce an alternative appropriate behavior), DRO (reinforce the absence of the target behavior for a specified time), DRL (reinforce low rates of a behavior that is sometimes acceptable). DRI is preferred over punishment because it teaches the desired behavior rather than just suppressing the unwanted one. Research consistently shows reinforcement-based approaches are more effective and produce better generalization than punishment-based approaches.

99

Rosenthal and Jacobson's study of the Pygmalion effect used which method to demonstrate teacher expectation effects?

A. Observation of natural differences in how teachers treated high- and low-tracked students
B. Randomly telling teachers that certain students (randomly selected) were "late bloomers" and measuring those students' IQ gains over the year ✓
C. Comparing achievement of students taught by high-expectation vs. low-expectation teachers
D. Surveying students about their perceptions of teacher expectations

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B — Randomly designated "late bloomers" showed greater IQ gains. Rosenthal and Jacobson (Pygmalion in the Classroom, 1968): administered a fake IQ test ("Test of Intellectual Spurts"), randomly told teachers certain students were "about to bloom," and measured IQ at year's end. The randomly designated "bloomers" (especially younger grades) showed significantly greater IQ gains. This demonstrated that teacher expectations can become self-fulfilling prophecies. The study sparked decades of research on expectation effects, though subsequent replications have been mixed in magnitude, consistently supporting the direction but showing smaller average effects.

100

The concept of "transfer-appropriate processing" suggests that learning will transfer best to a new situation when:

A. The learner has studied the material for the longest amount of time
B. The cognitive processes used during learning match the cognitive processes required in the transfer task ✓
C. The learner has high intelligence and working memory capacity
D. The material was studied in a variety of different physical environments

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B — Cognitive processes during learning match those required in the transfer task. Transfer-appropriate processing (Morris, Bransford, Franks): memory is best not when encoding is "deep" in an absolute sense, but when encoding processes match retrieval processes. Example: generating questions about material (elaborative) transfers better to answering essay questions than to recognition tests; recognition-based study transfers better to multiple-choice tests. Implication: practicing the skill in the exact form it will be tested (retrieval practice, practice tests) produces superior transfer compared to re-reading.

101

A teacher uses a "token economy" in the classroom in which students earn tokens for on-task behavior that can be exchanged for privileges. This technique is based primarily on which learning principle?

A. Classical conditioning — pairing tokens with unconditioned stimuli
B. Operant conditioning — using secondary reinforcers to systematically strengthen desired behaviors ✓
C. Observational learning — students model behavior after classmates who earn tokens
D. Cognitive restructuring — changing students' beliefs about the value of learning

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B — Operant conditioning with secondary (token) reinforcement. Token economies use tokens as secondary (conditioned) reinforcers — they have no inherent value but are exchangeable for primary reinforcers (food, activities, privileges). Based on Skinner's operant conditioning: behavior is strengthened by its consequences. Key advantages: immediate reinforcement of targeted behaviors; flexible (different students can earn tokens for different target behaviors); tokens can be delivered quickly and quietly. Used widely in special education, behavior management in psychiatric settings, and organizational behavior management (OBM). Related: the Premack principle can guide choice of backup reinforcers — high-frequency preferred activities reinforce low-frequency behaviors.

102

The Premack principle in classroom behavior management states that:

A. Punishment should always follow immediately after the undesired behavior occurs
B. A higher-probability (preferred) behavior can be used as a reinforcer for a lower-probability (less preferred) behavior — "first work, then play" ✓
C. Students learn better when they choose their own reinforcers rather than having them imposed by teachers
D. Intermittent reinforcement schedules produce more resistant behavior than continuous reinforcement

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B — High-probability behavior reinforces low-probability behavior ("Grandma's rule"). David Premack (1959): any behavior that a person performs more frequently can reinforce a behavior performed less frequently. Practical examples: "First finish your math worksheet, then you may have free reading time"; "Complete the practice problems before playing the educational game." This is more flexible than using external rewards because the reinforcer is a naturally occurring preferred activity, not a contrived reward. The principle also suggests that restricting access to preferred activities makes them more reinforcing. Application: observe which activities students choose freely — those can serve as reinforcers for less preferred academic work.

103

B.F. Skinner's "programmed instruction" approach to teaching is characterized by:

A. Group discussion and collaborative problem-solving as the primary instructional strategy
B. Breaking content into small, sequential steps; requiring active responses at each step; providing immediate feedback and reinforcement; and allowing self-pacing ✓
C. Direct teacher-led instruction with periodic summative assessments to measure overall learning
D. Discovery learning where students explore concepts without guidance and construct their own understanding

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B — Small sequential steps, active responding, immediate feedback, self-pacing. Skinner applied operant conditioning principles to instruction: (1) Content analyzed into small frames (steps); (2) Students respond actively to each frame (not passive reading); (3) Immediate feedback — correct responses reinforced, errors corrected promptly; (4) Errorless learning — frames designed to be small enough that students respond correctly most of the time; (5) Self-paced — students advance at their own rate. Influenced computer-based adaptive learning systems and instructional design. Criticism: programmed instruction is effective for well-structured content with correct answers but unsuitable for complex, open-ended learning. Modern applications: Khan Academy, Duolingo, and other adaptive learning systems embody programmed instruction principles.

104

Cognitive load theory (Sweller) distinguishes between intrinsic, extraneous, and germane cognitive load. Extraneous cognitive load refers to:

A. The inherent complexity of the material being learned, determined by the number of interacting elements
B. Load imposed by poor instructional design — unnecessary complexity in how the material is presented that does not contribute to learning ✓
C. The mental effort devoted to constructing and automating schemas — the productive load that results in learning
D. The background knowledge and prior schema that the learner brings to the task

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B — Load from poor instructional design; unnecessary complexity not contributing to learning. Three types of cognitive load: Intrinsic — inherent to the material's complexity (number of interacting elements); cannot be reduced without changing the content, though sequencing can help. Extraneous — caused by poor instructional design: split-attention effect (having to mentally integrate spatially separated text and diagram), redundancy (identical information in multiple modalities), irrelevant decorations; should be minimized through good design. Germane — effort invested in schema construction and automation; should be optimized. Working memory has limited capacity (~4 chunks); when total load exceeds capacity, learning fails. Instructional implications: integrate text with diagrams, use worked examples, avoid redundancy, manage element interactivity through sequencing.

105

The "split-attention effect" in cognitive load theory describes a situation where:

A. Students must divide attention between two competing teachers giving different instructions
B. Learners must mentally integrate spatially or temporally separated sources of information (e.g., a diagram and its explanation in separate locations), consuming extra working memory resources ✓
C. Students with attention deficits cannot maintain focus on complex instructional materials
D. Instruction designed for one learning modality (visual) is presented in a conflicting modality (auditory)

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B — Mentally integrating spatially/temporally separated information sources wastes working memory. The split-attention effect occurs when learners must simultaneously process multiple sources of information that must be integrated to be understood, when those sources are separated. Example: a circuit diagram with labels in a separate text box requires mental back-and-forth, consuming working memory. Solution: physically integrate the labels into the diagram. This is a form of extraneous cognitive load. Related effects: the redundancy effect (giving identical information in both text and narration can impair learning); the modality effect (auditory narration + visuals often more effective than text + visuals because visual and auditory channels are separate). These effects guide instructional design and multimedia learning design (Mayer's multimedia principles).

106

Working memory limits, as described in cognitive load theory, suggest that effective instruction should:

A. Maximize the amount of new information presented in each lesson to make efficient use of class time
B. Manage the amount of new information presented at once — using worked examples, sequencing by complexity, chunking, and reducing extraneous load to prevent working memory overload ✓
C. Focus exclusively on auditory presentations because the auditory channel has unlimited capacity
D. Require students to discover solutions independently without guidance to maximize germane load

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B — Manage information load; use worked examples, sequencing, chunking, reduce extraneous load. Working memory (Baddeley's model) has very limited capacity — approximately 4±1 chunks of novel information can be held simultaneously. Implications: Worked examples — showing fully solved examples before having students solve independently reduces intrinsic load; particularly effective for novice learners (expertise reversal effect: worked examples become less helpful as expertise grows). Sequencing — teach simple elements before complex interactions. Chunking — help students see elements as integrated units (reduces load). Reduce extraneous load — eliminate irrelevant decorative elements, integrate separated information. Expert students have built schemas in long-term memory that can be retrieved as single chunks, effectively bypassing working memory limits — this is why expertise allows handling of complex problems.

107

Discovery learning, associated with Jerome Bruner, emphasizes that students learn best when:

A. Teachers directly explain and demonstrate all concepts and procedures before students practice
B. Students actively explore and discover principles for themselves through hands-on inquiry — building intrinsic motivation and deep understanding ✓
C. Students memorize foundational content before engaging in any exploration or application
D. Instruction is delivered in small, precisely sequenced steps with immediate feedback at each step

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B — Students explore and discover principles for themselves; builds intrinsic motivation and deep understanding. Bruner argued that any subject can be taught to any child at any age if presented in the right way — the spiral curriculum. Discovery learning: students explore problems and data, notice patterns, and induce principles. Benefits: deeper understanding, intrinsic motivation, better transfer, retention of problem-solving strategies. Limitations: can be inefficient; without adequate prior knowledge, students may "discover" wrong ideas or flounder. Kirschner, Sweller, and Clark's critique (2006): minimal guidance fails students because it doesn't account for working memory limits — particularly ineffective for novice learners who lack the prior knowledge to productively explore. Modern synthesis: "guided discovery" or "problem-based learning" provides structured support while maintaining active inquiry.

108

Problem-based learning (PBL) is a constructivist instructional approach in which:

A. Teachers present problems with single correct answers to guide students toward canonical knowledge
B. Students work in small groups to investigate and solve authentic, complex, open-ended problems, acquiring knowledge and skills as needed to address the problem ✓
C. Students learn problem-solving heuristics through direct instruction before applying them to textbook problems
D. Teachers model expert problem-solving strategies through think-aloud demonstrations while students observe

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B — Small groups investigate authentic, complex, open-ended problems; acquire knowledge as needed. PBL (originally developed in medical education at McMaster University): students encounter a messy, real-world problem before learning relevant content; they identify what they need to learn, research it, apply it to the problem, and present solutions. Key features: authentic problems, student-driven learning, collaborative teams, facilitator (not lecturer) role for teacher, integration of knowledge across domains. Benefits: deep content understanding, critical thinking, collaboration skills, motivation. Challenges: time-intensive; requires significant teacher facilitation skill; can be uneven if student groups are ineffective. Related approaches: project-based learning (PBL), case-based learning, challenge-based learning.

109

Effective scaffolding in classroom instruction involves:

A. Providing the same level of support to all students regardless of their current skill level
B. Calibrating support to the student's current level within the ZPD — providing enough help to enable success without doing the work for them — then gradually fading support as competence grows ✓
C. Presenting all necessary information up front before assigning practice tasks
D. Using physical manipulatives and hands-on materials to make abstract concepts concrete

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B — Calibrate support to ZPD; enable success without doing the work; fade support as competence grows. Effective scaffolding (Wood, Bruner, Ross, 1976 — building on Vygotsky's ZPD): Contingent — adjusts based on student's moment-to-moment performance (more help when struggling, less when succeeding). Fading — gradually removes support as competence increases. Promotes transfer — ultimately the student can perform independently. Scaffolding techniques: asking guiding questions, providing hints or partial solutions, modeling then having student complete, breaking complex tasks into smaller steps, providing worked examples early then fading to problems. The goal is that students internalize the support and can eventually perform without it — consistent with Vygotsky's view that instruction leads development within the ZPD. Contrast with "over-scaffolding" — providing so much help that students don't engage with the challenge.

110

Collaborative learning research suggests that it is most effective when groups:

A. Are as large as possible to expose students to the maximum number of perspectives
B. Have clearly assigned individual roles and accountability, interdependence (group goal requires all members), and structures ensuring equal participation ✓
C. Are formed by student preference to maximize interpersonal comfort and reduce conflict
D. Work without teacher monitoring so students develop complete independence from authority

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B — Individual roles and accountability, interdependence, equal participation structures. Cooperative learning research (Johnson & Johnson, Slavin): not all group work is equally effective. Key elements: Positive interdependence — group can only succeed if all members contribute (group goal, shared resources). Individual accountability — each member is assessed individually, preventing social loafing. Face-to-face promotive interaction — students help and encourage each other. Interpersonal and small-group skills — explicitly taught. Group processing — reflecting on effectiveness. Methods: Jigsaw (each student becomes expert on one piece and teaches others), Think-Pair-Share, STAD (Student Teams Achievement Divisions). Social loafing is a major risk in unstructured group work — individual accountability counters it. Research shows well-structured cooperative learning improves both academic achievement and social skills.

111

Self-efficacy, as defined by Bandura, refers to:

A. A person's actual level of skill and ability in a specific domain
B. A person's belief in their own capability to execute the behaviors needed to produce specific outcomes in a particular domain ✓
C. A person's general self-esteem and sense of overall self-worth across domains
D. The intrinsic motivation a person feels for an activity, independent of beliefs about capability

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B — Belief in one's capability to execute behaviors needed to produce specific outcomes in a domain. Self-efficacy is domain-specific (unlike global self-esteem) and task-specific: high math self-efficacy doesn't imply high writing self-efficacy. Sources of self-efficacy (Bandura): (1) Mastery experiences — successful performances are the most powerful source; (2) Vicarious modeling — watching similar others succeed raises efficacy; (3) Social persuasion — encouragement from credible others ("You can do this"); (4) Physiological states — anxiety or fatigue signal low capability. Self-efficacy affects: choice of activities (avoiding low-efficacy tasks), effort and persistence, thought patterns (attributions, goal-setting), emotional responses to challenges. High efficacy → higher goals, more persistence, more adaptive responses to failure → better achievement outcomes.

112

Attribution retraining programs in educational settings aim to teach students to attribute academic failures to:

A. Fixed, stable, global factors such as low ability, which help students set more realistic expectations
B. Controllable, unstable factors such as insufficient effort or ineffective strategy — attributions that maintain motivation and encourage improved effort ✓
C. External, uncontrollable factors such as test difficulty or teacher bias, reducing personal responsibility
D. Fixed, internal factors specific to each subject area, helping students identify their true strengths

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B — Controllable, unstable attributions (insufficient effort, poor strategy) maintaining motivation. Weiner's attribution theory: attributions vary on three dimensions: locus (internal/external), stability (stable/unstable), controllability (controllable/uncontrollable). Attributing failure to low ability (internal, stable, uncontrollable) → learned helplessness → motivation collapse. Attributing failure to insufficient effort or wrong strategy (internal, unstable, controllable) → maintains hope for improvement → sustained motivation. Attribution retraining: directly teach students to reframe failure as effort or strategy problems; use "not yet" feedback; use process praise ("You worked hard on that strategy") rather than ability praise ("You're so smart"). Growth mindset (Dweck) extends this: effort and good strategies develop ability — failure is information, not verdict.

113

Students with a "mastery goal orientation" (Ames) focus primarily on:

A. Learning and improving their own understanding and skills — they define success as growth and mastery of the material ✓
B. Outperforming classmates and demonstrating superior ability relative to others
C. Avoiding situations where failure might make them appear incompetent
D. Meeting minimum requirements to pass with the least possible effort

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A — Focus on learning, improving, and mastering material; success defined as growth. Achievement goal theory (Ames, Dweck, Elliot): Mastery (learning) goals — intrinsic orientation; success = personal improvement; persist through challenge; seek feedback to improve; prefer challenging tasks; adaptive response to failure. Performance (ego) goals — extrinsic orientation; success = outperforming others; avoid challenge when failure risk is high; less helpful strategy use. Performance-approach goals (looking competent relative to others) have mixed outcomes; performance-avoidance goals (avoiding looking incompetent) consistently predict poor outcomes. 2×2 goal framework (Elliot and McGregor): approach/avoidance × mastery/performance. Classroom environment affects goal adoption: mastery-structured classrooms (personal improvement emphasized) promote mastery goals; competitive, social comparison-focused classrooms promote performance goals.

114

Research on intrinsic vs. extrinsic motivation suggests that using external rewards for inherently interesting activities can:

A. Consistently enhance both intrinsic motivation and performance on the rewarded task
B. Undermine intrinsic motivation through the "overjustification effect" — the activity comes to be perceived as done for the reward, not for its own sake ✓
C. Increase intrinsic motivation if the rewards are unexpected and given contingent on high-quality performance
D. Have no measurable effect on intrinsic motivation because intrinsic and extrinsic motivation are independent systems

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B — "Overjustification effect": external rewards undermine intrinsic motivation for already-interesting activities. Lepper, Greene, and Nisbett (1973): children who expected a reward for drawing (an intrinsically motivating activity) drew less and with lower quality afterward than those who received unexpected rewards or no rewards. Cognitive evaluation theory (Deci and Ryan): rewards that are perceived as controlling (contingent, expected, tangible) undermine intrinsic motivation by shifting the perceived locus of causality from internal to external. Informational rewards (positive feedback about competence, unexpected praise) can enhance intrinsic motivation. Practical implication: use rewards for tasks that are NOT intrinsically interesting (drill, review), praise for the process and effort, and avoid expected tangible rewards for activities students already enjoy. SDT (Self-Determination Theory) emphasizes autonomy, competence, and relatedness as foundations of intrinsic motivation.

115

Preventive classroom management strategies (Kounin's "withitness") focus on:

A. Implementing strict punishment systems that deter misbehavior through fear of consequences
B. Maintaining awareness of all classroom activities simultaneously — "eyes in the back of one's head" — to address potential problems before they escalate ✓
C. Removing disruptive students from the classroom promptly to protect other students' learning time
D. Establishing class rules through democratic discussion so students feel ownership and self-regulate behavior

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B — "Withitness": simultaneous awareness of all classroom activities to address problems before escalation. Jacob Kounin (1970, "Discipline and Group Management in Classrooms"): effective classroom managers differ from ineffective ones not in how they handle misbehavior but in how they prevent it. Key concepts: Withitness — teachers communicate that they know what's happening ("eyes in the back of the head"); desist student misbehavior at the right time, with the right target. Overlapping — handling two issues simultaneously without losing focus. Momentum and smoothness — keeping lessons moving without disrupting transitions ("jerks," overdwelling, "fragmentation"). Ripple effect — public correction of one student affects others' behavior. Group alerting — keeping all students engaged during instruction. These findings shifted management from reactive punishment to proactive, prevention-focused approaches.

116

"Logical consequences" in classroom management (Dreikurs, Nelsen's Positive Discipline) differ from punishment in that logical consequences:

A. Are more severe and are applied immediately after misbehavior to ensure maximum deterrence
B. Are related to the misbehavior, respectful in delivery, and reasonable in magnitude — aimed at teaching responsibility rather than inflicting pain ✓
C. Are determined by the student, who chooses their own consequence as an act of self-governance
D. Are exclusively external — imposed by the teacher — while natural consequences emerge automatically from the environment

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B — Related to misbehavior, respectful, and reasonable — teaching responsibility rather than inflicting pain. Rudolf Dreikurs distinguished natural consequences (allow the natural result of behavior — a child who doesn't eat gets hungry), logical consequences (arranged by the teacher but logically related — a student who wastes time in class stays in during free time to complete work), and punishment (arbitrary, pain-based, teaches resentment rather than responsibility). The 3 R's of logical consequences: Related, Respectful, Reasonable. Jane Nelsen's Positive Discipline adds Revealed in advance. Assertive Discipline (Lee Canter): teachers have the right to teach without disruption; clear rules with consistent consequences — more behavioral/punitive; criticized for being reactive rather than teaching self-regulation. Restorative practices focus on repairing harm rather than punishing the offender.

117

Formative assessment differs from summative assessment in that formative assessment:

A. Assigns grades to determine academic standing at the end of a unit or course
B. Is ongoing assessment during learning — providing feedback to guide and adjust instruction and student learning before the summative evaluation ✓
C. Relies exclusively on standardized, norm-referenced tests to ensure objective comparison
D. Is conducted only by the teacher; peer assessment is by definition a form of summative evaluation

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B — Ongoing assessment during learning; feedback to guide/adjust instruction before summative evaluation. Assessment of Learning (summative) vs. Assessment for Learning (formative). Formative assessment: quizzes, exit tickets, thumbs up/down, think-pair-share, concept maps, observation — used to inform instructional adjustments in real time. Key finding (Black and Wiliam, 1998, "Inside the Black Box"): formative assessment has the highest effect size of any educational intervention — particularly for lower-achieving students. Effective formative feedback: specific, timely, focused on the learning goal, actionable. Dylan Wiliam's five key strategies: (1) sharing learning intentions; (2) evidence of learning; (3) feedback; (4) activating students as learning resources for each other; (5) activating students as owners of their own learning. Summative assessment: end-of-unit tests, state standardized tests, final exams — evaluate what was learned.

118

Authentic assessment differs from traditional testing by:

A. Using multiple-choice questions with a single correct answer verified by item analysis
B. Requiring students to demonstrate learning by performing real-world tasks — such as writing reports, building projects, giving presentations, or solving genuine problems ✓
C. Allowing students unlimited time to complete assessments to reduce test anxiety effects
D. Requiring independent external evaluators to assess student performance without teacher bias

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B — Demonstrating learning through real-world tasks: reports, projects, presentations, genuine problems. Authentic assessment (Wiggins, 1989) evaluates student ability to apply knowledge and skills in meaningful, real-world contexts — not just recall or recognize information. Examples: science fair projects, literary analysis essays, mathematical modeling of real situations, laboratory experiments with original data collection, oral history projects. Portfolio assessment collects work samples over time, showing growth and breadth. Rubrics provide clear criteria for authentic assessment. Challenges: time-intensive to design and score; reliability concerns (scoring consistency); potential bias in rubric application. Contrast with traditional tests: efficient, reliable, but measure recall/recognition in artificial conditions that don't reflect actual performance contexts.

119

A norm-referenced test is designed to:

A. Measure whether students have met a predetermined standard or level of mastery
B. Compare individual students' performance to that of a normative sample — ranking students relative to each other ✓
C. Assess the reliability and validity of a specific instructional program
D. Provide teachers with diagnostic information about specific learning gaps without comparing students to peers

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B — Compare individual performance to a normative sample; rank students relative to each other. Norm-referenced tests (NRT): scores reported as percentile ranks, stanine scores, or standard scores relative to a norming sample (e.g., all 4th graders nationally tested when the test was standardized). Examples: IQ tests, SAT, many achievement tests. By design, scores are distributed across the range — they are intended to spread students out for comparison; the average score is approximately the 50th percentile. Criterion-referenced tests (CRT): measure mastery of specific objectives or standards; scores reported as percent mastered or proficiency levels (basic/proficient/advanced); in principle, everyone could pass. NCLB's "proficiency" requirement pushed toward criterion-referenced interpretation. Challenges with NRTs: they measure relative standing, not absolute learning; low scores may reflect poor instruction, not low ability.

120

Standardized testing bias concerns focus on which of the following?

A. Tests that allow too much time, making them insensitive to cognitive processing speed differences
B. Test items that systematically favor students from certain cultural backgrounds or socioeconomic groups — not because of ability differences but because of differential access to test-relevant experiences or language ✓
C. Tests that have too high a reliability coefficient, making them too consistent to measure real learning
D. Tests that are not long enough to cover the full range of content in the curriculum

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B — Items systematically favor certain cultural/socioeconomic groups due to differential access to test-relevant experiences. Test bias: a test is biased if it systematically over- or under-predicts performance for members of identifiable groups in ways unrelated to the construct being measured. Types: Content bias — items reflect cultural knowledge more accessible to some groups (word problems assuming familiarity with certain contexts). Linguistic bias — vocabulary or sentence structures disadvantaging ELL students or non-standard English speakers. Differential item functioning (DIF) analysis: statistical technique to identify items that show different performance patterns for matched-ability students across groups. Stereotype threat (Steele and Aronson) can cause systematic underperformance on high-stakes tests. Test bias must be distinguished from group differences in the construct being measured — a valid test can show group differences without being biased.

121

Portfolio assessment in education involves:

A. A standardized test of student work samples evaluated by external raters using national norms
B. A purposeful collection of student work over time that demonstrates growth, effort, and achievement — often with student reflection on their own learning ✓
C. A financial management tool for tracking school budget allocations across programs
D. A checklist of learning objectives used by teachers to document which skills each student has mastered

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B — Purposeful collection of student work demonstrating growth, effort, and achievement; includes student reflection. Portfolio assessment: students (often with teacher guidance) select work samples that represent their learning journey — drafts, final products, self-reflections, teacher feedback, goal-setting. Types: Showcase portfolio (best work), process portfolio (shows growth from early draft to finished product), comprehensive portfolio (full range of work). Advantages: captures learning that standardized tests miss; promotes student metacognition and ownership; shows growth over time; rich for parent-teacher conferences. Challenges: time-intensive to implement and evaluate; reliability of teacher evaluation; storage and organization. Electronic (digital) portfolios address storage challenges and enable multimedia artifacts. Most powerful when students write reflections explaining what they learned and how they grew.

122

The Individuals with Disabilities Education Act (IDEA) mandates that students with disabilities receive education in the:

A. Most restrictive environment possible to ensure maximum specialized support and supervision
B. Least restrictive environment (LRE) — meaning alongside non-disabled peers to the maximum extent appropriate, with supplementary aids and services ✓
C. Self-contained special education classrooms unless parents specifically request mainstreaming
D. General education classroom at all times, regardless of the nature or severity of the disability

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B — Least Restrictive Environment: alongside non-disabled peers to the maximum appropriate extent. IDEA (2004, reauthorization of original EHA 1975) guarantees: Free appropriate public education (FAPE); Least Restrictive Environment (LRE); Individualized Education Program (IEP); nondiscriminatory evaluation; parent participation; due process procedural safeguards; and transition services. LRE continuum: general education with supports → general education with pull-out support → resource room → self-contained special education class → special school → residential placement → hospital/home instruction. Each student's placement must be individually determined; LRE for one student may not be LRE for another. Inclusion (full-time general education placement with supports) is at the most integrated end of the continuum. "Mainstreaming" historically referred to partial integration; "inclusion" implies full membership in the general education community.

123

Response to Intervention (RTI) is a multi-tiered support framework that:

A. Refers struggling students directly to special education evaluation without providing school-based intervention first
B. Provides increasingly intensive research-based interventions at Tier 1 (universal), Tier 2 (targeted small group), and Tier 3 (intensive individual) levels, with progress monitoring to guide decisions ✓
C. Replaces the IEP process for students with identified disabilities by providing general education supports
D. Focuses exclusively on reading instruction in kindergarten through 3rd grade

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B — Three tiers of increasingly intensive evidence-based interventions with progress monitoring. RTI (now often called MTSS — Multi-Tiered System of Supports): Tier 1 (Universal) — high-quality core instruction for all students; ~80–85% succeed here. Tier 2 (Targeted) — small group supplemental intervention for ~10–15% who don't respond to Tier 1; progress monitored weekly-biweekly. Tier 3 (Intensive) — intensive, individualized intervention for ~5% with most severe needs; may lead to special education evaluation. RTI serves dual purposes: (1) provide earlier intervention for struggling students before they fall too far behind; (2) use response-to-intervention data as part of learning disability identification (replacing the discrepancy model). Progress monitoring tools (DIBELS, AIMSweb) track student growth relative to expected trajectories to guide tier placement decisions.

124

An Individualized Education Program (IEP) must include which of the following?

A. A diagnosis of the specific disability category, the student's medication plan, and the teacher's grading criteria
B. The student's current levels of academic performance, measurable annual goals, special education services to be provided, placement decision, transition services (age 16), and participation in state assessments ✓
C. A list of all accommodations available to any student regardless of disability status
D. The parent's consent for all aspects of the child's educational program without a meeting requirement

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B — Current performance levels, measurable annual goals, services, placement, transition services, and assessment participation. IDEA's IEP requirements: (1) Present levels of academic achievement and functional performance; (2) Measurable annual goals (academic and functional); (3) Special education and related services to be provided (speech-language, OT, counseling); (4) Participation in general education (extent and rationale for any removal); (5) Participation in state assessments (with accommodations or alternate assessment); (6) Dates and duration of services; (7) Transition services beginning at age 16 (post-secondary goals for education, employment, independent living); (8) Progress reporting plan. IEP team includes: parents, general ed teacher, special ed teacher, school administrator, and when appropriate, the student. Annual review required; triennial reevaluation required.

125

Acceleration and enrichment are two approaches to education for gifted students. Which of the following correctly distinguishes them?

A. Acceleration involves more complex topics within the grade level; enrichment involves moving to the next grade
B. Acceleration moves students through content more quickly (grade skipping, early college, subject acceleration); enrichment provides broader or deeper exploration of content without advancing to higher grade-level material ✓
C. Acceleration is appropriate only for students with IQs above 145; enrichment is for students in the 130–145 range
D. Acceleration focuses on academic content; enrichment focuses on creative and social-emotional development

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B — Acceleration: faster progression through content; enrichment: broader/deeper exploration without advancing grade level. Acceleration forms: grade skipping (advancing one or more grades), subject acceleration (taking higher-grade math while in lower grade), early entrance to college, AP and IB courses, dual enrollment, radical acceleration (entering college at 14–16). Research (Iowa Acceleration Scale; Colangelo, Assouline): when well-planned, acceleration has strong positive effects on achievement with minimal social-emotional harm — and often improves social fit by placing gifted students with intellectual peers. Enrichment: curriculum compacting (accelerate through known material, use saved time for enrichment), independent study, mentorships, Socratic seminars, research projects, interdisciplinary units. Best practice: gifted students often benefit from both acceleration and enrichment, with services individualized to the student's specific profile of strengths.

126

The distinction between BICS and CALP (Cummins) in language minority learner education refers to:

A. The difference between students' home language proficiency and their target language proficiency
B. BICS (Basic Interpersonal Communication Skills) = conversational fluency achieved in 1–2 years; CALP (Cognitive Academic Language Proficiency) = academic language proficiency needed for school success, taking 5–7+ years to develop ✓
C. Two different types of bilingual education programs — one for immigrant and one for heritage language learners
D. The difference between phonological fluency and grammatical accuracy in second language acquisition

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B — BICS: conversational fluency in 1–2 years; CALP: academic language proficiency in 5–7+ years. Jim Cummins' distinction has major educational implications: ELL students may appear fluent in conversation within 1–2 years (can chat with peers, follow simple directions) but take 5–7 or more years to develop the academic language (vocabulary, text structures, abstract concepts, discipline-specific discourse) needed to perform on grade level in content-area classes. Problem: teachers who see conversational fluency may mistakenly assume ELL students are language-proficient, discontinue support, and attribute academic difficulties to learning disabilities rather than language development. Instructional implication: provide sheltered instruction (SIOP model) that makes academic content comprehensible while developing CALP. L1 (first language) CALP transfers to L2 — students who have CALP in their native language develop L2 CALP faster.

127

Which of the following describes a "dual language" (two-way immersion) bilingual education program?

A. A program that provides instruction exclusively in the student's native language until English proficiency is achieved
B. A program that integrates native English speakers and ELL students together, providing instruction in both languages — aiming for bilingualism and biliteracy in all students ✓
C. A transitional program that provides minimal native language support while immersing students in English as quickly as possible
D. A program that teaches English through explicit grammar instruction, with the native language used only for translation

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B — Integrates native English speakers and ELLs; instruction in both languages; aiming for bilingualism in all students. Bilingual education program types: Transitional bilingual (early exit) — native language instruction while transitioning to English; goal is English proficiency, not bilingualism. Maintenance bilingual (late exit / developmental) — sustains native language alongside English development; longer native language support. Dual language (two-way immersion) — ~50% English-speaking and 50% ELL students; instruction in both languages (often 50/50 or 90/10 models); goal is bilingualism and biliteracy for all students. Research: dual language programs show the best long-term outcomes for ELL students on both L1 and L2 measures, and English-speaking participants also show academic and cognitive benefits from bilingualism. Structured English Immersion (SEI) — instruction primarily in English with specialized ELL strategies.

128

Self-regulation in the context of social-emotional learning (SEL) refers to:

A. The ability to follow classroom rules without external reminders from the teacher
B. The ability to monitor and manage one's own emotions, thoughts, and behaviors — including delaying gratification, managing impulses, and coping with frustration — to achieve goals ✓
C. The cognitive ability to reflect on and explain one's own reasoning processes
D. The development of a stable sense of personal identity and values across contexts

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B — Managing emotions, thoughts, and behaviors to achieve goals; includes impulse control and frustration tolerance. SEL (Collaborative for Academic, Social, and Emotional Learning — CASEL) identifies five core competencies: Self-awareness (recognizing emotions, strengths, values), Self-management (regulating emotions and behaviors — self-regulation), Social awareness (empathy, perspective-taking), Relationship skills (communication, cooperation, conflict resolution), and Responsible decision-making. Self-regulation develops from toddlerhood (effortful control) through adolescence, influenced by: temperament (effortful control dimension), parenting (warmth + structure promote self-regulation), language development (private speech aids regulation), and executive function development (prefrontal cortex). Walter Mischel's marshmallow test demonstrated individual differences in delay of gratification predictive of later outcomes; subsequent research shows these reflect broader family context and trust in the environment, not just willpower.

129

Empathy development in the context of social-emotional learning involves:

A. Teaching students to agree with others' perspectives even when they personally disagree
B. Developing both cognitive empathy (understanding others' thoughts and perspectives) and affective empathy (sharing or resonating with others' emotional experiences) ✓
C. Training students to suppress their own emotional reactions in favor of responding to others' needs
D. Measuring students' ability to accurately recall factual information about others' stated preferences

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B — Cognitive empathy (perspective-taking) and affective empathy (emotional resonance) together. Empathy has two components: Cognitive empathy (perspective-taking / Theory of Mind) — understanding what another person thinks, feels, or intends; develops from ~4 years with Theory of Mind; requires executive function (perspective-shifting). Affective empathy — feeling a resonant emotion when observing another's emotional state (emotional contagion in infants; more developed empathic concern in older children). Both matter for prosocial behavior: cognitive empathy alone without affective empathy can enable manipulation (psychopathy); affective empathy without cognitive empathy can produce over-arousal or personal distress (helping less). SEL programs develop both through: literature discussions (taking characters' perspectives), role-playing, emotion coaching, conflict resolution practice, and creating inclusive classroom communities.

130

Conflict resolution skills taught in SEL programs typically include:

A. Teaching students to defer to authority whenever disagreements arise, avoiding peer-to-peer negotiation
B. Active listening, identifying each person's needs and interests, generating solutions, and negotiating win-win agreements — replacing aggression and passive withdrawal with constructive communication ✓
C. Requiring students to compete for the teacher's endorsement of their position as the correct one
D. Teaching students to avoid conflict entirely by disengaging from interactions that could become contentious

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B — Active listening, identifying needs/interests, generating solutions, negotiating win-win agreements. Effective conflict resolution programs (Johnson & Johnson's Teaching Students to Be Peacemakers; PATHS curriculum): students learn that conflicts are normal; distinguishing positions (what I want) from interests (why I want it) opens more resolution options; active listening reduces defensive escalation; generating multiple solutions expands options beyond win-lose; negotiation skills include I-messages ("When you ___, I feel ___"), turn-taking, and compromise. Peer mediation programs train student mediators. Research: conflict resolution and peer mediation programs reduce disciplinary referrals, improve school climate, and generalize to outside-school contexts. Restorative practices (circles, conferences) address harm done and rebuild relationships — as distinct from punitive discipline that focuses on rule violation and punishment.

131

The concept of "learning styles" (visual, auditory, kinesthetic) as applied to instruction has been:

A. Validated by neuroscience — brain imaging studies confirm students have preferred sensory processing pathways
B. Largely not supported by research — matching instruction to individual learning style preferences does not reliably improve learning outcomes ✓
C. Validated specifically for secondary school students but not for elementary-age children
D. Confirmed for identifying gifted students, who consistently show stronger visual-spatial learning preferences

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B — Learning styles as a basis for matched instruction is not supported by research evidence. The "meshing hypothesis" — that students learn better when instruction matches their learning style preference — lacks empirical support despite the intuitive appeal and widespread adoption of learning styles frameworks (VAK, VARK, Kolb, Dunn & Dunn). Multiple studies (Pashler et al., 2008; critical reviews) find: students do have preferences, but matching instruction to those preferences does not significantly improve outcomes compared to non-matched instruction. What does work: multimodal instruction (using multiple modalities for all students), concept-appropriate presentation (spatial concepts benefit from visual representation regardless of "style"), and matching instructional modality to the nature of the content (not the student's preference). Stereotype threat research warns that labeling students as "visual learners" may limit their development of other modes.

132

Stereotype threat in academic settings (Steele and Aronson) affects performance by:

A. Causing students to adopt stereotypical behaviors to fit in with their peer groups
B. Creating anxiety and distraction among members of negatively stereotyped groups who fear confirming the stereotype — consuming working memory resources and impairing performance ✓
C. Reducing students' long-term aspirations without affecting their short-term performance on specific tasks
D. Providing an external attribution for failure that paradoxically increases effort and performance

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B — Anxiety from fear of confirming stereotype consumes working memory, impairing performance. Stereotype threat (Steele and Aronson, 1995; Claude Steele, "Whistling Vivaldi"): when a negative group stereotype is made salient in a testing context, members of that group experience extra cognitive and emotional burden from managing the threat — this burden consumes working memory capacity, leaving less for the task itself. Affects: women in math/science, Black students in academic testing, elderly on memory tasks, white students in athletic competition vs. Black students. Remediation strategies for classrooms: Value affirmation exercises (students write about personally important values — buffers identity threat). Growth mindset instruction (intelligence is developed, not fixed — removes fixed-ability framing). Identity-safe classrooms (communicating that stereotypes don't apply here). Diverse, representative curricula and role models. Reducing performance-focus and increasing mastery orientation reduces stereotype threat effects.

133

Gardner's multiple intelligences theory is applied in educational settings primarily to:

A. Justify separating students into eight different instructional tracks based on their dominant intelligence
B. Encourage teachers to provide multiple entry points and representations of content — honoring diverse ways students understand and express knowledge ✓
C. Replace standardized intelligence testing with observation-based assessment of the eight intelligences
D. Demonstrate that students with lower IQ scores can be highly intelligent in non-academic domains

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B — Multiple entry points and representations honoring diverse understanding and expression modes. Educational applications of MI theory (Howard Gardner, "Frames of Mind," 1983): teachers can present content using linguistic, logical-mathematical, musical, spatial, bodily-kinesthetic, interpersonal, intrapersonal, and naturalistic modalities — not just the linguistic and logical modes that dominate traditional instruction. This doesn't mean labeling each student as a "musical intelligence" type — Gardner himself opposed this reduction. Rather, MI suggests rich, varied instructional approaches accessible to more students. Critiques of MI application: lacks empirical validation; "intelligences" aren't cleanly separable; may reflect multiple abilities, talents, and personality dimensions rather than distinct intelligences. Universal Design for Learning (UDL) is a more evidence-based framework addressing multiple means of representation, action/expression, and engagement.

134

Behavior modification techniques in classrooms use which of the following behavioral procedures to reduce undesired behavior?

A. Positive reinforcement — providing a preferred stimulus after an undesired behavior to extinguish it
B. Extinction (withholding reinforcement), negative punishment (removing a preferred stimulus), or positive punishment (adding an aversive stimulus) to decrease the frequency of undesired behaviors ✓
C. Flooding — exposing students to the anxiety-provoking situation until habituation occurs
D. Modeling — demonstrating correct behavior so students learn through observation to replace incorrect behaviors

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B — Extinction, negative punishment, or positive punishment to decrease undesired behaviors. Operant conditioning procedures: To increase behavior: Positive reinforcement (+R) — add pleasant stimulus (praise, token); Negative reinforcement (-R) — remove aversive stimulus (homework exemption for completed work). To decrease behavior: Extinction — withhold the reinforcer maintaining the behavior (ignore attention-seeking behavior maintained by teacher attention); Negative punishment (-P) — remove pleasant stimulus (time out from reinforcement, privilege loss); Positive punishment (+P) — add aversive stimulus (reprimand, detention). Positive punishment is generally discouraged in school settings; function-based interventions (identifying what maintains the behavior through FBA — functional behavior assessment) are most effective. Replacement behavior training — teaching and reinforcing an incompatible positive behavior is more effective than punishment alone.

135

Self-efficacy beliefs influence student behavior in academic settings through which mechanism?

A. Students with high self-efficacy choose only tasks where they are certain to succeed, avoiding all risk of failure
B. High self-efficacy leads to choosing more challenging tasks, exerting greater effort, persisting longer, and recovering more quickly from setbacks — all of which improve performance ✓
C. Self-efficacy functions identically to self-esteem — both are global judgments of self-worth that affect all domains equally
D. Self-efficacy is determined solely by prior achievement and cannot be influenced by teacher feedback or instructional design

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B — High self-efficacy → more challenging tasks, greater effort, longer persistence, faster recovery → better performance. Bandura's self-efficacy theory: efficacy beliefs influence all four behavioral mechanisms: choice (high efficacy → approach challenging tasks; low efficacy → avoid them); effort (high efficacy → invest more effort); persistence (high efficacy → persist through difficulty); thought patterns (high efficacy → optimistic, strategic thinking vs. rumination on failure). Self-efficacy predicts academic performance even after controlling for actual ability. Teachers can build efficacy through: mastery experiences (design for achievable challenges); proximal subgoals (breaking long-term goals into achievable steps); peer modeling (observing similar others succeed); process feedback (praising effort and strategy, not just ability). Growth mindset instruction builds self-efficacy by teaching that effort and strategy grow ability.

136

The IDEA category of "Specific Learning Disability" (SLD) is defined as:

A. Any diagnosed cognitive disability that requires specialized instruction and an IEP
B. A disorder in one or more basic psychological processes involved in understanding or using language, resulting in significant difficulty with reading, writing, spelling, or math — not primarily caused by sensory, motor, intellectual, or environmental factors ✓
C) A category that includes intellectual disability, autism, and traumatic brain injury as classified under one umbrella
D. A classification applied only when academic performance falls more than two standard deviations below the mean on standardized tests

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B — Disorder in psychological processing causing significant difficulty with academic skills, not primarily due to other factors. SLD is the largest IDEA disability category (~35% of students with disabilities). The most common SLD is dyslexia (reading disability — difficulty with decoding, phonological processing). Other SLDs: dyscalculia (mathematics), dysgraphia (writing), processing disorders (auditory, visual-spatial). Identification approaches: traditional discrepancy model (IQ-achievement gap ≥15–22 points) — criticized for "waiting to fail"; RTI model (failure to respond to evidence-based intervention used as evidence of SLD). IDEA allows both approaches. Key: SLD is not due to insufficient teaching, sensory impairment, intellectual disability, or cultural/linguistic differences — these must be ruled out. Dyslexia is neurobiological (brain imaging shows different activation patterns), with strong genetic component, responding to systematic phonics instruction (Orton-Gillingham, Wilson Reading).

137

Intrinsic cognitive load in instructional design is determined by:

A. The teacher's level of enthusiasm and pacing during direct instruction
B. The inherent complexity of the content — specifically the number of elements that must be simultaneously processed and the degree to which they interact with each other ✓
C. The amount of irrelevant, decorative material included in the instructional materials
D. The student's level of prior knowledge — novices experience more intrinsic load than experts

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B — Inherent complexity: number of interacting elements that must be simultaneously processed. Intrinsic cognitive load (Sweller): determined by the nature of the material — specifically "element interactivity." Low element interactivity: vocabulary (each word is independent — can learn one without knowing others). High element interactivity: algebra equation solving (must simultaneously coordinate multiple dependent elements). Intrinsic load cannot be changed without changing the content, but it can be managed through sequencing: teach simple elements first, then their interactions; use worked examples to reduce the active problem-solving load initially; use completion problems (partially worked, student completes) as a bridge. Note: prior knowledge reduces intrinsic load because known elements are chunked into schemas in LTM and can be retrieved as single units rather than multiple separate elements — this is why experts experience less cognitive load on familiar tasks.

138

ELL (English Language Learner) students benefit from which instructional strategy when content-area teachers are teaching academic subjects?

A. Exclusively oral instruction with no written materials, since reading in English is the primary barrier
B. Sheltered instruction — making content comprehensible through visual supports, graphic organizers, hands-on activities, vocabulary pre-teaching, and peer collaboration while maintaining grade-level rigor ✓
C. Postponing grade-level content instruction until students demonstrate full English fluency on standardized assessments
D. Translating all instruction into the student's native language, eliminating the need for English use in content classes

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B — Sheltered instruction: comprehensible content with visual supports, graphic organizers, vocabulary pre-teaching, peer collaboration, at grade-level rigor. Sheltered Instruction Observation Protocol (SIOP model — Echevarria, Vogt, Short): a research-based framework for content-area instruction with ELLs. Key features: content and language objectives posted daily; building background (connecting to prior knowledge, pre-teaching key vocabulary); comprehensible input (visual supports, gestures, demonstrations, graphic organizers); meaningful interaction (structured partner/group talk); review and assessment. Key concept: ELLs must continue developing content knowledge while developing English — waiting for full fluency before teaching content results in irreversible academic gaps. Academic language (CALP) develops through engagement with grade-level content, not by waiting on the sidelines. Translanguaging (using L1 as a resource in instruction) is increasingly recognized as supporting learning for bilingual students.

139

Gifted learners in typical classroom settings often demonstrate which of the following characteristics that can be misidentified as behavior problems?

A. Consistently below-grade-level academic performance due to lack of foundational skills
B. Perfectionistic tendencies, boredom and underachievement when unchallenged, intensity and asynchronous development, and questioning or challenging authority ✓
C. Extreme social withdrawal and unwillingness to participate in any group activities
D. Consistent over-reliance on the teacher for directions before attempting any independent task

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B — Perfectionism, boredom/underachievement when unchallenged, intensity, asynchronous development, questioning authority. Gifted characteristics that can be misread: Questioning authority / challenging rules → defiance? (actually: high abstract thinking, skepticism, fairness orientation). Perfectionism → anxiety, avoidance of challenge. Intensity and emotional sensitivity → overreaction. Asynchronous development: advanced intellectually, age-appropriate emotionally and physically — can create social difficulties. Underachievement: gifted students who are chronically underchallenged may stop trying (disengagement, loss of growth mindset). Twice-exceptional (2e) students: gifted + learning disability, ADHD, autism — the disability may mask the giftedness and vice versa. Assessment for giftedness should use multiple measures: IQ, achievement, teacher/parent nominations, portfolio — no single cutoff score. Gifted education requires differentiation, not just more work.

140

Assertive Discipline (Lee and Marlene Canter) is characterized by:

A. Building classroom community through democratic rule-setting and peer mediation of conflicts
B. A teacher's firm, consistent assertion of their right to teach and students' right to learn — with clear predetermined consequences for rule violations, consistently applied ✓
C. Using positive relationships and natural consequences exclusively, avoiding all forms of external control
D. A highly flexible, student-driven approach in which consequences are negotiated case by case

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B — Teacher's right to teach + students' right to learn; clear predetermined consequences consistently applied. Assertive Discipline (1976): teachers have the right to teach without disruption; students have the right to learn in a safe environment. Key components: Establishing clear rules collaboratively but non-negotiably; Discipline hierarchy (consequence ladder: warning → 5-minute time out → 10-minute time out → contact parents → principal); Positive reinforcement for desired behavior; Consistent enforcement without threats or nagging. Widely adopted in schools in the 1980s–1990s. Critiques: reactive (after misbehavior) rather than preventive; relies on external control rather than building intrinsic self-regulation; may undermine student autonomy and intrinsic motivation; primarily manages behavior without teaching why rules matter. Contrast with Positive Behavior Interventions and Supports (PBIS) — a more proactive, school-wide, function-based approach.

141

The "behavior modification" technique of "shaping" involves:

A. Demonstrating the desired behavior for students to imitate, then reinforcing their accurate replications
B. Reinforcing successive approximations of a desired behavior, gradually requiring closer and closer approximations to the target behavior before providing reinforcement ✓
C. Using punishment to eliminate unwanted behaviors while simultaneously reinforcing a competing desired behavior
D. Providing a detailed schedule of reinforcement that students can self-monitor to track their own progress

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B — Reinforcing successive approximations of the target behavior, gradually requiring closer approximations. Shaping (Skinner): used to establish behaviors that don't currently exist in the repertoire. Steps: (1) Define the target behavior precisely; (2) Identify the starting behavior (what the person can currently do); (3) Reinforce the starting behavior, then raise the criterion gradually — only reinforcing responses that more closely approximate the target; (4) Continue until the target behavior is established. Applications in classrooms: teaching a non-verbal student to speak (reinforce any vocalization → word approximation → word → phrase); teaching a student with ADHD to stay on-task (reinforce 2 minutes → 5 minutes → 10 minutes → full period). Shaping requires careful judgment about when to raise the criterion — too fast causes extinction; too slow creates sub-optimal terminal behavior. Related: chaining (teaching a sequence of behaviors that form a complex skill).

142

Universal Design for Learning (UDL) is an educational framework that calls for:

A. Providing physical accessibility only — ensuring buildings and materials are accessible to students with physical disabilities
B. Proactively designing flexible curricula, assessments, and learning environments that serve the full range of learners from the outset — through multiple means of representation, action/expression, and engagement ✓
C. Identifying students with disabilities and designing individualized adaptations for each student retrospectively
D. Standardizing curriculum and assessments so that all students receive identical instruction and are evaluated identically

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B — Proactively designing flexible curricula/assessments for the full range of learners; multiple means of representation, action/expression, and engagement. UDL (CAST — Center for Applied Special Technology; Rose and Meyer): inspired by universal design in architecture (curb cuts benefit wheelchair users AND bicyclists, parents with strollers, delivery workers). Three principles: (1) Multiple means of representation — present information in multiple formats (text, audio, video, graphic); (2) Multiple means of action and expression — allow students to demonstrate learning in multiple ways (written, oral, visual, performance); (3) Multiple means of engagement — provide multiple ways to motivate and sustain interest. UDL is proactive (design for diversity from the start) vs. accommodation (retrofit for specific identified students). Eliminates or reduces the need for individual accommodations by making flexibility the default. Research: UDL benefits all learners, not just those with disabilities.

143

Research on growth mindset (Carol Dweck) in educational settings suggests that students who believe intelligence is malleable and can be developed:

A. Consistently achieve higher scores on intelligence tests than those with fixed mindsets
B. Show greater persistence after failure, seek more challenging tasks, and improve more over time — particularly when confronting academic setbacks ✓
C. Are less motivated by grades because they believe effort is more important than outcomes
D. Develop higher intrinsic motivation regardless of classroom environment or instructional quality

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B — Greater persistence after failure, more challenge-seeking, more improvement over time. Dweck's implicit theories of intelligence: Fixed mindset (entity theory) — intelligence is fixed; challenges threaten self-image; failure means low ability → avoid challenge, give up quickly, defensive. Growth mindset (incremental theory) — intelligence is developable; challenges are opportunities; failure means "not yet" → embrace challenge, persist, use feedback. Landmark studies: Mueller and Dweck (1998) — ability praise ("You're so smart") creates fixed mindset; effort/process praise ("You worked hard on that strategy") promotes growth mindset. School interventions (teaching neuroscience of brain plasticity, reframing failure as information) have produced achievement gains especially for students facing negative stereotypes. Caveats: mindset is not a silver bullet; structural inequalities matter; teachers also need growth mindset; mindset effects may be smaller than originally reported in some replications.

144

The "Jigsaw" cooperative learning technique (Aronson) involves:

A. All group members working on the same task simultaneously to reduce individual accountability
B. Dividing content into sections; each student becomes the expert on one section and teaches it to group members — making every student both learner and teacher ✓
C. Groups competing against each other to solve the same problem fastest for a class reward
D. Students individually studying the same text and then comparing their answers in a group discussion

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B — Each student experts on one section, teaches others; every student is both learner and teacher. Jigsaw (Elliot Aronson, 1971): original Jigsaw — content divided into sections matching group size; each student studies one section, meets with experts from other groups ("expert group") to deepen understanding, then returns to home group to teach their section; assessment is individual. Jigsaw II (Slavin): all students read entire material; expert groups focus on their assigned aspect; home groups share. Advantages: positive interdependence (group cannot succeed unless each member teaches well); reduces intergroup conflict by creating equal-status roles; improves attitudes toward peers of different backgrounds (originally designed to reduce prejudice in desegregated schools). High individual accountability — must master material well enough to teach it. Related technique: Think-Pair-Share (individual think → partner discussion → share with class).

145

Criterion-referenced assessment measures:

A. How a student's performance compares to the average performance of a normative sample
B. Whether a student has reached a predetermined standard or level of mastery on specific objectives or standards — regardless of how other students perform ✓
C. The degree of alignment between a test's content and the instructional curriculum
D. The statistical relationship between a test's items and total test score

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B — Whether student has met a predetermined mastery standard on specific objectives, regardless of others' performance. Criterion-referenced tests (CRT): performance is interpreted relative to a defined standard, not relative to peers. In principle, all students could achieve proficiency (or none could). Examples: state standards-based assessments (PARCC, SBAC), driving tests, professional licensure exams, end-of-chapter mastery quizzes. Mastery learning (Benjamin Bloom): all students can achieve mastery if given sufficient time and appropriate instruction — CRT is central to this philosophy. Advantages: clearly communicates what students know and can do; not inherently comparative or competitive; useful for diagnostic and instructional planning purposes. No Child Left Behind and Every Student Succeeds Act pushed schools toward CRT with defined proficiency levels (basic, proficient, advanced). Contrast with NRT: IQ tests, SAT — rank students relative to each other.

146

Social loafing in cooperative learning groups refers to:

A. A student who takes on too much work in a group, preventing other members from contributing
B. The tendency for individuals to exert less effort in group settings than when working individually — because individual contributions are less identifiable and responsibility is diffused ✓
C. The process of waiting for a peer's social cue before beginning a group task
D. Gossip and off-task social conversation that prevents a group from completing its academic work

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B — Less individual effort in groups because contributions are less identifiable and responsibility is diffused. Social loafing (Latané, Williams, Harkins): demonstrated that individuals pull a rope with less force in a group than alone (Ringelmann effect); this reflects both reduced motivation (diffusion of responsibility) and coordination losses. In academic groups: some students "free ride" on the group's grade while contributing minimally. Solutions in cooperative learning: individual accountability (each student assessed individually); smaller groups (easier to identify individual contribution); clear role assignments; peer evaluation; tasks requiring genuine interdependence. Related to the bystander effect (diffusion of responsibility in emergencies). Social loafing is reduced when: tasks are personally meaningful, individual contributions are identifiable, the group is small, and individuals feel their effort is essential to the group's success.

147

The "worked example effect" in cognitive load theory states that:

A. Students learn best from problems they must solve independently, because the struggle builds understanding
B. For novice learners, studying fully worked-out examples is more effective than solving equivalent problems independently — because worked examples reduce extraneous load while freeing resources for schema construction ✓
C. Expert learners benefit from worked examples equally to novice learners as a review strategy
D. Worked examples are effective only for procedural mathematics and have no benefit for conceptual science content

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B — Novices benefit more from worked examples than from independent problem-solving; reduces extraneous load and frees resources for schema construction. The worked example effect: studying examples of solved problems is more efficient than solving equivalent problems for novice learners. Reason: independent problem-solving in novices produces "means-ends analysis" (working backward from goal to current state) which consumes working memory without building schemas. Worked examples direct attention to the schema to be acquired. The expertise reversal effect: as learners gain expertise, worked examples become less effective (and may even impede learning compared to problem-solving) because the detailed guidance creates redundancy with existing schemas, adding extraneous load. Instructional implication: early in learning a topic → worked examples; as expertise develops → problem-solving with less guidance → independent problem-solving. Completion problems (partially worked examples with blanks) serve as an effective bridge.

148

Social-emotional learning (SEL) research consistently shows that effective SEL programs produce which outcomes?

A. Improved social skills only — academic outcomes are unrelated to SEL instruction
B. Improved social skills, reduced problem behaviors, enhanced well-being, and — importantly — improved academic achievement by an average of 11 percentile points ✓
C. Short-term improvements in behavior that fade within one school year without continued intervention
D. Positive outcomes only for elementary-age students; SEL interventions show no benefit for secondary students

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B — Improved social skills, reduced problem behaviors, enhanced well-being, AND improved academic achievement (+11 percentile points). Durlak, Weissberg, et al. (2011) meta-analysis of 213 SEL programs (270,000 students): programs with evidence-based SEL instruction produced: 11 percentile point improvement in academic achievement; 27% reduction in conduct problems; 25% reduction in emotional distress; 24% improvement in prosocial behavior. The CASEL SAFE criteria for effective SEL programs: Sequenced (step-by-step), Active (active learning strategies), Focused (time on SEL skills), Explicit (explicit teaching of skills). Mechanisms: SEL improves self-regulation, which frees cognitive resources for learning; reduces anxiety and conflict, creating better learning conditions; strengthens relationships that support learning. SEL is not separate from academics — it enables academic engagement.

149

The "expertise reversal effect" in cognitive load theory has which instructional implication?

A. Expert teachers should use fewer worked examples because they confuse novice students
B. Instructional methods that are effective for novice learners (worked examples, detailed guidance, full scaffolding) become less effective and may even impede learning as students gain expertise — instruction must adapt to increasing expertise ✓
C. Expertise in a domain reduces the need for any formal instruction — experts learn best through unguided exploration
D. All students, regardless of expertise level, benefit equally from the same instructional methods if those methods are evidence-based

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B — Methods effective for novices (worked examples, full scaffolding) become less effective or harmful as expertise grows; instruction must adapt. The expertise reversal effect (Kalyuga): instructional supports designed for novices become redundant (and add extraneous load) for more advanced learners. Examples: worked examples benefit novices but not experts; instructional explanations benefit novices but slow down experts; reduced context interactivity helps novices but experts perform better with full complexity. Implications for adaptive instruction: differentiate instruction based on student's current knowledge level; use formative assessment to identify when to fade scaffolding; avoid "over-scaffolding" advanced students (removes productive challenge). This challenges the idea of a single "best" instructional method regardless of learner expertise. Supports the value of personalized/adaptive learning systems that adjust instruction level to the individual learner's schema development.

150

The key difference between "acceleration" and "enrichment" as gifted education approaches is most relevant to which educational decision?

A. Whether to place a gifted student in a gifted pull-out program or a self-contained gifted class
B. Whether to move a student ahead in the curriculum sequence faster (acceleration) or provide deeper/broader exploration of grade-level or above-grade-level content without advancing the grade level (enrichment) ✓
C. Whether to identify gifted students using IQ tests or achievement tests as the primary identification tool
D. Whether gifted education programs should be funded at the district or state level

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B — Acceleration: move ahead in curriculum sequence faster; enrichment: deeper/broader exploration without advancing grade level. This distinction shapes individual gifted education programming decisions. Research favors acceleration: meta-analyses (Colangelo, Rogers, Hattie) show strong positive effects on achievement with minimal social-emotional harm when well-planned and student-willing. Forms of acceleration: grade skipping, subject acceleration, early college, AP courses, dual enrollment, radical acceleration. Enrichment: curriculum compacting (compact mastered content, use time for projects), independent study, mentorships, interdisciplinary units, creative and critical thinking extensions, depth of knowledge (DOK) levels 3–4. Best practice: most gifted students need BOTH acceleration (to eliminate the ceiling effect of grade-level material) AND enrichment (to deepen understanding and pursue passionate interests). The National Association for Gifted Children (NAGC) recommends individualized programming matching the student's specific profile.

151

Vygotsky's concept of the "zone of proximal development" (ZPD) is best applied in the classroom when a teacher:

A. Assigns tasks students can complete entirely on their own, building independence and self-efficacy
B. Identifies tasks just beyond students' current independent capability and provides calibrated support — so students achieve with assistance what they cannot yet do alone, gradually internalizing the skill ✓
C. Groups students by ability level and assigns each group tasks at their current mastery level
D. Assesses prior knowledge to determine what students already know, then teaches only new material they have not encountered

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B — Tasks just beyond independent capability with calibrated support; student internalizes skill through assisted performance. The ZPD is the distance between what a learner can do independently and what they can do with capable assistance. Vygotsky argued that learning operates in this zone — instruction should target it deliberately. Too easy (below ZPD) → no growth. Too hard (above ZPD) → frustration without support. The key mechanism: through interaction with a more capable partner (teacher, peer, tool), the learner performs at a higher level, and over repeated assisted performance, this higher-level functioning becomes internalized — what was interpersonal (between people) becomes intrapersonal (within the learner). This is the basis of scaffolding (Wood, Bruner, Ross, 1976 — the term they coined for ZPD-based support). A describes tasks within the ZPD's lower boundary (independent capability). C is ability grouping — may or may not target ZPD. D describes prior knowledge assessment — useful but not ZPD application.

152

Operant conditioning's "schedule of reinforcement" that produces the highest rate of responding AND the greatest resistance to extinction is:

A. Fixed ratio — reinforcement after every fixed number of responses
B. Variable ratio — reinforcement after an unpredictable number of responses, averaging around some ratio ✓
C. Fixed interval — reinforcement after a fixed time period
D. Variable interval — reinforcement after unpredictable time periods

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B — Variable ratio produces highest response rate and greatest resistance to extinction. Skinner's schedules of reinforcement produce characteristic patterns: Continuous reinforcement (CRF) — every response reinforced; fastest acquisition, fastest extinction. Fixed ratio (FR) — reinforcement after every Nth response; high rate with post-reinforcement pause; moderately resistant to extinction. Variable ratio (VR) — reinforcement after unpredictable number of responses; highest and most consistent response rate; greatest resistance to extinction. Fixed interval (FI) — reinforcement for first response after fixed time period; scallop pattern (low responding then accelerating before interval end); faster extinction. Variable interval (VI) — reinforcement for first response after unpredictable time; steady, moderate response rate; moderate extinction resistance. Why VR? The unpredictability prevents the organism from "knowing" when the next reinforcer will come, so responding never ceases. Slot machines, social media "likes," and fishing are VR schedules — highly compelling precisely because unpredictable.

153

Carol Dweck's research distinguishes "fixed mindset" from "growth mindset." Students with a fixed mindset are most likely to respond to failure by:

A. Seeking more challenging tasks to strengthen understanding
B. Attributing failure to stable, uncontrollable lack of ability ("I'm just not smart") and withdrawing from challenging tasks to protect self-image ✓
C. Seeking feedback on what strategies to try differently
D. Increased effort, reasoning that more practice will eventually produce success

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B — Attribute failure to stable lack of ability; withdraw from challenges to protect self-image. Dweck's mindset theory (Mindset, 2006): Fixed mindset — intelligence/ability is a fixed, stable trait; performance reveals this fixed level; failure = proof of low ability; therefore avoid challenges (risk of revealing low ability), give up after failure, use performance goals (demonstrating ability rather than learning). Growth mindset — intelligence/ability can be developed through effort, learning, and good strategies; failure = feedback about current strategies, not a verdict on fixed ability; therefore seek challenges (opportunities to grow), persist after failure, use mastery goals (learning). Dweck's experimental interventions teach growth mindset by changing praise ("you worked so hard" not "you're so smart") and attributions ("your strategy needs adjustment" not "you're not math person"). A, C, D all describe growth mindset responses to failure. The fixed mindset's core error: treating failure as identity revelation rather than strategy information.

154

The distinction between "procedural knowledge" and "declarative knowledge" in cognitive psychology is:

A. Declarative knowledge is conscious and explicit; procedural knowledge is typically implicit — knowing how to perform a skill without being able to verbally describe the steps
A. Declarative knowledge is knowing THAT (facts, concepts, propositions — explicit, verbalizable); procedural knowledge is knowing HOW (skills, processes — often implicit, difficult to verbalize, acquired through practice) ✓
C. Procedural knowledge is stored in working memory; declarative knowledge is stored in long-term memory
D. Declarative knowledge includes both explicit and implicit knowledge; procedural knowledge is exclusively motor skill

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A — Declarative: knowing THAT (facts, concepts); Procedural: knowing HOW (skills, processes — often implicit). Anderson's ACT* theory distinguishes: Declarative knowledge — explicit, propositional knowledge: "Paris is the capital of France," "The quadratic formula is x = (-b ± √(b²-4ac))/2a," "Reinforcement increases behavior frequency." Stored as facts, concepts, schemas. Can be verbalized. Procedural knowledge — knowledge of how to perform cognitive or motor procedures: how to ride a bike, how to solve quadratic equations (the actual execution), how to read. Procedural knowledge is often tacit — expert performers frequently cannot fully verbalize their procedures. Skilled readers can't explain how they recognize words. Key instructional implication: declarative knowledge is acquired differently from procedural — you can tell someone the rules of tennis (declarative) but playing requires practice building procedural fluency. Both are stored in long-term memory. C is wrong — working memory is where knowledge is actively used, not stored.

155

Bloom's Taxonomy (revised by Anderson and Krathwohl, 2001) lists cognitive levels from lowest to highest as:

A. Knowledge → Comprehension → Application → Analysis → Synthesis → Evaluation
B. Remember → Understand → Apply → Analyze → Evaluate → Create ✓
C. Recall → Recognize → Apply → Infer → Evaluate → Synthesize
D. Memorize → Comprehend → Practice → Critique → Generate → Innovate

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B — Remember → Understand → Apply → Analyze → Evaluate → Create (revised Bloom's, 2001). Bloom's original taxonomy (1956): Knowledge, Comprehension, Application, Analysis, Synthesis, Evaluation. Anderson and Krathwohl's revision (2001): changed nouns to verbs (cognitive processes), swapped positions of Evaluation and Synthesis/Create: Remember → Understand → Apply → Analyze → Evaluate → Create. Key changes: "Synthesis" became "Create" (moved to the top as the highest level), "Evaluation" moved below Create. The taxonomy is used for: writing learning objectives at appropriate cognitive levels; ensuring assessment aligns with instruction; designing higher-order thinking tasks; curriculum planning. Higher levels require lower levels (can't Analyze without first Remember/Understand/Apply). A is Bloom's original taxonomy — correct for 1956, but the revised version is more commonly used. C and D are fabricated taxonomies. Educational psychology exam questions often test whether students know which version is current.

156

In classical conditioning, "stimulus generalization" and "stimulus discrimination" are:

A. Stimulus generalization: the conditioned response occurs only to the exact conditioned stimulus; discrimination: the conditioned response spreads to similar stimuli
B. Stimulus generalization: conditioned response spreads to stimuli similar to the conditioned stimulus; stimulus discrimination: learning to respond only to the specific conditioned stimulus, not to similar but different stimuli ✓
C. Stimulus generalization: the unconditioned response is generalized to new contexts; discrimination: the conditioned stimulus is paired with multiple unconditioned stimuli
D. Both are forms of extinction — generalization to similar stimuli and discrimination to dissimilar stimuli

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B — Generalization: CR spreads to similar stimuli; Discrimination: learning to respond only to the specific CS, not similar stimuli. In Pavlov's experiments: after conditioning a dog to salivate (CR) at a tone (CS), the dog also salivates at similar tones — stimulus generalization. The more similar to the original CS, the stronger the generalized response (generalization gradient). Stimulus discrimination occurs when the organism is trained to distinguish the specific CS (paired with UCS) from similar stimuli (not paired with UCS) — eventually responding only to the reinforced CS. Educational applications: generalization — students who learn to solve a math problem type should generalize to novel instances of the same type. Discrimination — learning which problems call for which procedures. Anxiety generalization — a student conditioned to fear one teacher may generalize fear to all teachers. Treatment: systematic desensitization uses extinction to reduce generalized anxiety by presenting fear hierarchy without UCS.

157

Self-determination theory (Deci and Ryan) identifies three basic psychological needs. The need for "relatedness" in an educational context refers to:

A. Students' need to understand how course content relates to their future careers
B. Students' need to feel connected, cared for, and belonging — to feel that teachers and peers know and value them as persons ✓
C. Students' need to relate new information to prior knowledge during learning
D. Students' need for external recognition and praise from significant others

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B — Need to feel connected, cared for, belonging — teacher and peers know and value them as persons. Deci and Ryan's three basic psychological needs (SDT): Autonomy — feeling that one's behavior is self-initiated and self-regulated (not coerced). Competence — feeling effective, able to master challenges and produce desired outcomes. Relatedness — feeling connected, belonging, cared for — that others (teachers, classmates) know and value you. All three needs, when supported, facilitate internalization of external motivation and promote autonomous, intrinsically motivated learning. Relatedness is not about curriculum connections (A) or social praise (D) — it is about the quality of the interpersonal relationship. Teacher-student relationship quality strongly predicts student motivation and engagement. Students who feel unseen, unwelcome, or unloved by their teacher are less likely to be motivated. Practical implication: learn students' names and interests, create belonging, show genuine care — these are not "soft" additions but basic motivational infrastructure.

158

The "Matthew effect" in reading development (Stanovich, 1986) describes:

A. Students who read well at an early age tend to slow their reading development once placed in high-ability groups
B. Early reading skill advantages compound over time — strong early readers read more, which builds vocabulary and knowledge, which further improves reading ability; while poor early readers fall further behind due to less reading practice and exposure ✓
C. Students learn to read at the rate their teacher expects, confirming teacher predictions through a self-fulfilling mechanism
D. The more texts a student reads, the less they retain from each individual text — a diminishing returns effect

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B — Early reading advantage compounds: strong readers read more → more vocabulary/knowledge → better reading; poor readers fall further behind. Keith Stanovich named this the "Matthew effect" (from Matthew 25:29: "For to every one who has will more be given... but from him who has not, even what he has will be taken away"). Rich get richer; poor get poorer. In reading: children who enter school with strong phonological awareness and vocabulary learn to decode quickly; early success generates more reading (more exposure to words, ideas, syntax) → faster vocabulary and knowledge growth → better comprehension → more reading. Children who struggle with decoding read less (it's painful and effortful), develop vocabulary and knowledge more slowly, face increasingly complex texts with fewer resources. The gap between strong and poor readers widens across the school years — a first-grade small difference becomes a large gap by 5th grade. Intervention implication: early identification and intensive support for decoding difficulties can interrupt the Matthew effect trajectory. C describes teacher expectancy (Rosenthal/Pygmalion) effects. D is not a documented phenomenon.

159

According to Bronfenbrenner's ecological systems theory, which system directly involves the child's immediate environment (family, school, peer group)?

A. Microsystem — the immediate settings in which the child participates directly ✓
B. Mesosystem — interactions between different microsystems
C. Exosystem — settings that affect the child indirectly
D. Macrosystem — broad cultural values, beliefs, and laws

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A — Microsystem: immediate settings where child participates directly (family, school, peers, neighborhood). Bronfenbrenner's ecological systems theory (later called bioecological theory with Ceci) identifies nested systems: Microsystem — immediate settings with direct participation: family, classroom, peer group, neighborhood. The child has direct experience and relationships here. Mesosystem — linkages and interactions between microsystems: how home and school interact (parent-teacher communication), how peer group affects family functioning. Exosystem — settings that affect the child indirectly: parent's workplace, school board policies, community resources. Child doesn't participate directly but is affected. Macrosystem — broad cultural context: cultural values, beliefs, ideologies, laws, economic systems. Chronosystem — changes over time: historical events, life transitions (divorce, moving, economic recessions). Educational implication: children's development cannot be understood apart from their ecological context; schools are microsystems embedded in mesosystems (home-school relationships), exosystems (district policies, community resources), and macrosystems (cultural attitudes toward education).

160

The "testing effect" (also called "retrieval practice effect") in memory research demonstrates that:

A. Frequent testing causes anxiety that impairs long-term memory consolidation
B. Actively retrieving information from memory (as in a test or practice quiz) produces stronger long-term retention than spending the same amount of time restudying — even when tests provide no feedback ✓
C. Students learn more from reading a chapter twice than from reading it once and then being tested
D. The testing effect only applies to factual recall, not to complex conceptual understanding

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B — Active retrieval strengthens long-term retention more than equivalent restudy time — even without feedback. Roediger and Karpicke (2006, "The Power of Testing Memory," Psychological Science): Students studied prose passages and were tested after different amounts of study and test practice. Test-test-test condition outperformed study-study-study by large margins on a week-delayed test — despite performing worse on immediate tests. Mechanism: retrieving information from memory strengthens the memory trace more than mere re-exposure (encoding) — retrieval is a "memory modifier." Spacing matters: spaced retrieval practice outperforms massed study (cramming). Implications for instruction: low-stakes frequent quizzing is one of the most evidence-based instructional strategies. Practice testing outperforms concept mapping, rereading, and highlighting for long-term retention. A conflates test anxiety (a real phenomenon) with the retrieval effect — anxiety about high-stakes testing is different from retrieval practice effects. C contradicts the research. D is false — retrieval practice benefits complex understanding as well as recall.

161

Kohlberg's "conventional" level of moral development is characterized by:

A. Reasoning based on self-interest and avoiding punishment (pre-conventional)
B. Reasoning based on social norms, maintaining relationships, and upholding rules and laws that govern group membership — "being good" means conforming to social expectations ✓
C. Reasoning based on universal ethical principles that may transcend specific laws
D. Reasoning based on abstract social contract and democratic principles

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B — Reasoning based on social norms, relationships, and laws; "being good" = conforming to social expectations. Kohlberg's three levels, six stages: Pre-conventional (Stages 1–2): self-interest; Stage 1 = avoid punishment; Stage 2 = serve own interests, exchange (instrumental). Conventional (Stages 3–4): social conformity; Stage 3 = "good boy/good girl" — maintain relationships, be liked and approved of; Stage 4 = law and order — rules and authority maintain social order; must follow laws. Post-conventional (Stages 5–6): principled; Stage 5 = social contract — laws are agreed-upon, can be changed democratically for greater good; Stage 6 = universal ethical principles (Rawlsian justice, Kantian imperatives) that transcend specific laws. Kohlberg's work was criticized by Carol Gilligan (In a Different Voice, 1982): his stages reflect a justice-oriented (stereotypically masculine) ethic; a care ethic (stereotypically feminine) — maintaining relationships, responsiveness to particular others — is equally sophisticated morally but not captured in his stages.

162

The distinction between "norm-referenced" and "criterion-referenced" assessment is:

A. Norm-referenced tests use multiple-choice questions; criterion-referenced tests use performance tasks
B. Norm-referenced tests compare a student's performance to other students (the norm group); criterion-referenced tests compare a student's performance to a specific standard of what students should know or be able to do ✓
C. Norm-referenced tests measure learning over time; criterion-referenced tests measure single-point-in-time performance
D. Norm-referenced tests are formative; criterion-referenced tests are summative

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B — Norm-referenced: student vs. other students; Criterion-referenced: student vs. a defined standard of performance. Norm-referenced assessment (NRA): designed to spread students along a distribution for comparison purposes. Scores are meaningful relative to the norm group (e.g., "80th percentile" means performed better than 80% of the norming group). Uses: IQ tests, SAT, state percentile rankings. Designed to discriminate between students — items that everyone gets right are removed because they don't differentiate. Criterion-referenced assessment (CRA): designed to determine whether a student has reached a specific level of mastery. A passing score means "demonstrated the required competency." Uses: driving tests, professional licensure exams (bar exam, medical boards), CLEP, state standards-based assessments. It is possible (and desirable) for everyone to pass. Key distinction: NRA answers "How does this student compare to others?" CRA answers "What can this student do relative to the standard?" Classroom assessments are typically criterion-referenced. A, C, D are not the defining distinctions.

163

Albert Bandura's concept of "reciprocal determinism" in social cognitive theory holds that:

A. Environment determines behavior, which in turn determines the person's cognitive development — in that sequential order
B. Person (cognitive factors, beliefs, expectations), behavior, and environment mutually influence one another — each factor both causes and is caused by the others in an ongoing, bidirectional interaction ✓
C. Reinforcement from the environment determines behavior, which then determines the person's self-concept
D. Social models determine what behaviors the observer will acquire, and these behaviors then determine the social environment the observer will enter

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B — Person, behavior, and environment mutually influence one another — bidirectional, simultaneous causation. Reciprocal determinism is Bandura's response to both pure behaviorism (environment → behavior) and pure cognitivism (cognition → behavior). Instead, three factors form a triadic, mutually causal system: Personal factors (P) — beliefs, expectations, self-efficacy, cognitive processes; Behavior (B) — what the person does; Environment (E) — social, physical, institutional context. Each influences the others: P influences B (high self-efficacy → more attempt of challenging tasks). B influences E (behavior changes the environment — a student's active classroom participation changes how the teacher responds). E influences P (environmental feedback changes self-efficacy beliefs). This is more complex and realistic than linear determinism. Educational implication: you can intervene at any point — changing beliefs changes behavior, changing behavior changes environment, changing environment changes beliefs. The system is dynamic and accessible at multiple entry points.

164

Which of the following BEST describes "metacognition" and its role in learning?

A. Metacognition is thinking about ethical questions — students who develop moral reasoning are better learners
B. Metacognition is thinking about one's own thinking — awareness and regulation of one's cognitive processes, which enables learners to monitor comprehension, detect errors, select strategies, and adjust their approach ✓
C. Metacognition is the process of connecting new information to prior knowledge schemas
D. Metacognition is the ability to think abstractly about hypothetical situations — closely related to Piaget's formal operations stage

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B — Metacognition: thinking about one's own thinking; enables monitoring comprehension, detecting errors, selecting strategies, adjusting approach. Flavell (1979) coined the term. Two components: Metacognitive knowledge — knowledge about persons (I'm better at spatial than verbal tasks), tasks (this text is dense and requires slow reading), and strategies (outlining helps me organize). Metacognitive regulation — monitoring and control: Planning (What strategy should I use?), Monitoring (Am I understanding this?), Evaluating (Did my strategy work?). Highly metacognitive learners: notice when comprehension fails, re-read rather than persisting through non-comprehension, select appropriate strategies for different tasks, evaluate effectiveness after study. Weak metacognitive learners: experience an "illusion of knowing" — believe they understand when they don't. Instructional strategies to build metacognition: think-alouds (model your own cognitive process), prompting self-questioning ("Does this make sense?"), having students predict and then verify. Metacognitive ability is one of the strongest predictors of academic achievement.

165

The "generation effect" in memory research demonstrates that:

A. Students who generate their own examples of concepts remember the examples better than teacher-provided examples — but remember the concept itself equally well either way
B. Material that learners generate themselves (self-generated answers, explanations, examples) is remembered better than equivalent material passively read or heard — because generation requires deeper processing ✓
C. The first generation of learners in a school system always retain material better than subsequent generations taught with improved methods
D. Spaced generation of memories across multiple sessions produces better retention than massed generation in a single session

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B — Self-generated material is remembered better than passively read/heard material — because generation requires deeper processing. The generation effect (Slamecka and Graf, 1978): participants remember words better when they generate the word from a rule or cue ("fast — s _ _ w" → generate "slow") than when they simply read the word pair ("fast — slow"). The act of generation requires active retrieval, elaboration, and processing — all of which strengthen memory encoding. Related to the testing effect (retrieval practice) and elaborative interrogation. Educational applications: have students generate their own examples rather than always providing them; use "complete the definition" rather than "read the definition"; "explain in your own words" > "read the explanation"; Socratic questioning requires students to generate answers. A partially describes the concept but incorrectly claims the concept itself is remembered equally. C misunderstands "generation" as referring to a demographic cohort. D describes spacing (a real effect but different from the generation effect).

166

In classroom management, "withitness" (Kounin, 1970) refers to a teacher's ability to:

A. Withstand parental pressure and maintain consistent classroom expectations across all students
B. Demonstrate awareness of what is happening throughout the classroom at all times — communicating this awareness to students so they understand the teacher "has eyes in the back of their head" ✓
C. Withdraw from a disruptive situation to avoid escalating it, allowing the class to self-regulate
D. Withhold rewards until students demonstrate appropriate behavior, using extinction to eliminate disruptive patterns

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B — Awareness of everything happening in the classroom at all times; communicating this awareness to students. Jacob Kounin's classroom management research (Discipline and Group Management in Classrooms, 1970) identified "withitness" as the most important teacher characteristic for effective classroom management. Withit teachers: scan the room constantly; make eye contact with students who are beginning to go off-task (before behavior escalates); intervene with the correct student (not a wrong target); intervene at the right moment (not too late). The crucial insight: students' perception of teacher awareness is what matters — students who believe the teacher knows everything happening are less likely to misbehave. Withitness works through prevention rather than reaction. Kounin also identified: overlapping (managing multiple things simultaneously), momentum (maintaining lesson flow), group alerting (keeping all students engaged). A, C, D are fabricated — using "with-" wordplay on related-sounding terms. Kounin's concept is specifically about pervasive, communicated awareness.

167

Piaget's "concrete operational" stage is characterized by:

A. The ability to think systematically about hypothetical possibilities and abstract propositions not tied to concrete experience
B. The ability to perform logical operations (classification, seriation, conservation) on concrete, physically present objects or events — but not on abstract hypothetical situations ✓
C. Symbolic representation through language and play, but inability to take another's perspective (egocentrism)
D. Primary reflexes and beginning of object permanence — understanding objects exist when out of sight

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B — Logical operations on concrete objects/events (classification, seriation, conservation) — but not abstract/hypothetical reasoning. Piaget's stages: Sensorimotor (0–2): sensory/motor interaction, no mental representation initially; object permanence develops ~8–12 months. Preoperational (2–7): symbolic function (language, pretend play), but egocentric, animistic, centered, irreversible thinking; no conservation. Concrete operational (7–12): decentration, reversibility, conservation (of number, mass, volume); classification (hierarchical class inclusion); seriation (ordering by size, weight); transitive inference; less egocentrism. But still: needs concrete props; cannot reason about hypothetical "what if" scenarios in the abstract. Formal operational (12+): hypothetico-deductive reasoning; systematic scientific thinking; abstract propositional logic; combinatorial thinking. A describes formal operational. C describes preoperational (symbolic function + egocentrism). D describes sensorimotor. The key marker for concrete operational: conservation (understanding quantity doesn't change when appearance changes).

168

The "jigsaw" cooperative learning structure (Aronson, 1978) is designed to:

A. Have students rotate through learning stations, each focusing on a different aspect of the topic
B. Create genuine interdependence by making each student the expert on one piece of information that all group members need — students must teach their peers, making everyone both teacher and learner ✓
C. Randomly assign students to groups to prevent friendship grouping and ensure diversity of perspectives
D. Have groups compete against each other, with the winning group receiving a class reward

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B — Each student is expert on one piece; must teach peers; creates genuine interdependence — everyone is both teacher and learner. Elliot Aronson developed jigsaw in Austin, Texas, during school desegregation to reduce intergroup prejudice while promoting learning. Structure: Topic divided into segments (e.g., Civil War unit: causes, battles, key figures, aftermath, legacy). Each student assigned one segment. Expert groups: students with the same segment meet to master it together. Jigsaw groups: one expert from each segment forms a group; each expert teaches their piece. For the full picture, students must listen to and learn from every group member. Why it works: positive interdependence (you need my knowledge; I need yours); individual accountability (you are the expert on your piece); equal status (no one person has all the knowledge). Research shows jigsaw reduces prejudice (intergroup contact in cooperative, equal-status context) as well as improving learning. A describes learning stations (different structure). C describes random grouping (not the jigsaw structure). D describes intergroup competition (different from jigsaw).

169

The "illusion of explanatory depth" (Rozenblit and Keil, 2002) is most relevant to which educational challenge?

A. Students who know a topic well but underestimate their expertise, leading to excessive review and wasted time
B. Students (and people generally) who believe they understand something better than they do — this illusion collapses when asked to generate a detailed explanation, revealing shallower understanding than believed ✓
C. Teachers who design overly complex explanations because they overestimate students' ability to follow reasoning
D. Students who can explain concepts verbally but cannot apply them to novel problems

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B — Students overestimate understanding; illusion collapses when asked to generate a detailed explanation. Rozenblit and Keil (2002): Participants rated their understanding of everyday devices (toilets, zippers, helicopters), then attempted to generate detailed mechanistic explanations, then re-rated their understanding. Ratings dropped dramatically after the explanation attempt — they discovered they didn't know as much as they thought. This illusion is robust and domain-general. Educational implications: Students who read a text and feel they understand it may not — recognition (seeming familiar) is mistaken for comprehension. Assessment using "explain how X works in detail" reveals the illusion. Strategies that combat the illusion: elaborative interrogation ("Why is this true?"), teach-back protocols, concept mapping with causal arrows, problem-solving requiring application. A describes the opposite — the impostor syndrome or Dunning-Kruger in the "underestimate" direction. C describes the "curse of knowledge." D describes the verbalism/application gap (related but different).

170

The "pygmalion effect" (Rosenthal and Jacobson, 1968) demonstrated that:

A. Students who are told they are high-achievers improve their grades, regardless of their actual ability
B. Teachers' expectations about student potential can become self-fulfilling — students whom teachers expected to "bloom" showed greater IQ gains, partly because teacher behavior toward high-expectation students differed in systematic ways ✓
C. Students who observe high-achieving peers in their classes improve their own academic performance through vicarious learning
D. High-achieving students tend to overestimate their classmates' abilities, creating a positive social comparison effect

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B — Teacher expectations become self-fulfilling through systematic behavioral differences toward high-vs. low-expectation students. Rosenthal and Jacobson randomly told teachers that certain students were "academic spurters" about to bloom (no actual basis — random selection). At year-end, these students showed greater IQ gains. Four factors mediating the effect (Rosenthal's "four-factor" model): Climate — teachers create warmer emotional climate for high-expectancy students (more smiles, eye contact). Input — teachers teach more challenging material to high-expectancy students. Opportunity to respond — high-expectancy students get more and better opportunities to answer. Feedback — high-expectancy students receive more detailed, informative feedback. Caveats: the original effect has been challenged on methodological grounds; effect sizes vary; older students are more resistant. Nonetheless, the teacher expectancy effect is real and has been replicated in modified forms. Educational implication: be aware of how expectations are formed (grades, SES, race, gender cues) and the risk of bias. A describes what students are told, not teacher expectation effects. C describes vicarious learning. D misattributes the direction.

171

In assessment, "construct validity" means:

A. The test is built using only items that have been statistically validated through item analysis
B. The test measures the theoretical construct it is intended to measure — not something else — supported by evidence that the test scores relate to other variables in theoretically expected ways ✓
C. The test consistently produces the same results when administered under the same conditions on different occasions
D. The test's content adequately represents the full domain of knowledge or skill being assessed

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B — Test measures the intended theoretical construct — evidence comes from expected patterns of relationships with other variables. Validity types: Content validity — test items adequately represent the full domain (C describes this). Criterion-related validity — scores predict performance on a criterion measure (predictive validity: SAT predicts college GPA; concurrent validity: test score correlates with current criterion performance). Construct validity — the test measures the theoretical construct it claims to measure. Evidence: convergent validity (correlates with measures of related constructs), discriminant validity (doesn't correlate with measures of unrelated constructs), factor structure, developmental patterns (reading test scores should increase with age if reading is the construct). Construct validity is the most fundamental and comprehensive form of validity — it is an ongoing process of building evidence, not a single check. Modern validity theory (Messick, 1989) considers all validity as construct validity. A describes item analysis (related to reliability and item quality). C describes reliability. D describes content validity.

172

The concept of "learned helplessness" (Seligman, 1967) applied to students refers to:

A. Students who learn to behave helpfully toward peers as a result of being helped by teachers — a prosocial learning outcome
B. A state in which repeated exposure to uncontrollable negative outcomes leads students to believe that their actions cannot affect outcomes — producing passivity, reduced motivation, and failure to attempt even controllable tasks ✓
C. Students who are excessively dependent on teacher help because teachers have not faded their scaffolding appropriately
D. Students who help classmates excessively, preventing those classmates from developing independent skills

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B — Repeated uncontrollable negative outcomes → belief actions cannot affect outcomes → passivity, loss of motivation, failure to attempt controllable tasks. Seligman's original experiments: dogs exposed to inescapable shock later failed to escape from avoidable shock — they had learned that their actions had no effect on the outcome. Applied to students: repeated failure experiences (especially when effort doesn't produce success, and failure cannot be explained by controllable factors) produce the belief "nothing I do matters." This belief generalizes to new, actually controllable situations — the student doesn't try because past experience "taught" them that trying doesn't help. Abramson, Seligman, and Teasdale's attribution model: helplessness develops especially when failures are attributed to internal (it's me), stable (always will be), and global (in all areas) causes. Interventions: attribution retraining (controllable, unstable, specific attributions for failure); mastery experiences; success at challenging tasks; teaching specific strategies. Related to depression (Seligman's depressive attributional style) and academic disengagement.

173

Universal Design for Learning (UDL) is a framework that addresses individual learner differences by:

A. Designing separate learning tracks for students with disabilities, English learners, and gifted students
B. Proactively designing flexible instruction with multiple means of representation, action/expression, and engagement — building accessibility into the original design rather than retrofitting accommodations ✓
C. Requiring all students to demonstrate mastery through a single standardized assessment regardless of disability status
D. Providing assistive technology devices to students who qualify under IDEA or Section 504

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B — Proactive design with multiple means of representation, action/expression, and engagement — accessibility built in from the start. UDL (CAST, Rose and Meyer): Drawing on brain research and the "variability is the rule, not the exception" principle: Recognition networks (the WHAT of learning): multiple means of representation — text, audio, video, manipulatives, multiple languages; reduces barriers to accessing content. Strategic networks (the HOW of learning): multiple means of action and expression — write, speak, draw, demonstrate; reduces barriers to showing knowledge. Affective networks (the WHY of learning): multiple means of engagement — choice, relevance, self-regulation supports; reduces barriers to motivation. UDL vs. accommodation: accommodation retrofits for individual students after barriers are encountered. UDL builds flexibility from the start — benefits all students, not just those with identified disabilities ("curb cut effect": curb cuts designed for wheelchairs help strollers, cyclists, and delivery carts). A describes tracking/separate programming. C contradicts UDL's core principle of flexible assessment. D describes assistive technology (an accommodation, not UDL per se).

174

The "mnemonic" strategy called the "method of loci" (memory palace) works by:

A. Reducing the number of items to remember by chunking them into meaningful categories
B. Placing items to be remembered at specific locations along a familiar mental route — then mentally "walking" the route to retrieve items in order, using the spatial memory system to scaffold verbal memory ✓
C. Creating acronyms from the first letters of items on a list to reduce memory load
D. Creating vivid, bizarre images that link items to be remembered, making them more memorable through emotional salience

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B — Place items at locations on a familiar mental route; "walk" the route to retrieve them — uses spatial memory to scaffold verbal memory. The method of loci (attributed to Simonides of Ceos, c. 477 BCE): select a familiar route or place (your childhood home, your walk to school), mentally "place" items to be remembered at distinctive locations along the route (front door: first item, kitchen: second item, etc.), then mentally walk the route to retrieve items in order. Why it works: humans have a highly robust spatial memory system (evolutionary advantage of remembering where food, danger, shelter are). By anchoring verbal/abstract material to spatial locations, the spatial system scaffolds the weaker verbal-list memory. Memory champions use this technique for extraordinary feats of memory. A describes chunking (separate strategy). C describes acronyms (another mnemonic). D describes the pegword system or keyword method — visual/bizarre imagery linking. All are effective mnemonic strategies; they work through different mechanisms.

175

An IEP (Individualized Education Program) under IDEA (Individuals with Disabilities Education Act) must include which of the following components?

A. A prescription for medication management and medical interventions for the student's disability
B. Present levels of academic achievement and functional performance, measurable annual goals, special education services to be provided, participation in general education, accommodations for state assessments, and transition planning for students 16+ ✓
C. Parent signatures indicating agreement with all IEP decisions, which are legally binding on the school
D. A minimum of 30 minutes per week of specialized instruction regardless of the student's specific needs

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B — Present levels, measurable annual goals, services, general education participation, assessment accommodations, transition planning (16+). IDEA requires IEPs to include: Present levels of academic achievement and functional performance (PLAAFP) — current baseline. Measurable annual goals — specific, measurable targets. Special education and related services — type, frequency, duration, location. Supplementary aids and services and program modifications. Extent of nonparticipation in general education and justification. Accommodations for state and district-wide assessments. Transition services — beginning at 16 (or earlier if appropriate), addressing postsecondary education, employment, independent living. Progress monitoring and reporting procedures. IEP team members: parents, general ed teacher, special ed teacher, LEA representative, student (when appropriate), evaluator. A: medication decisions are medical, not IDEA — though health plans may be part of 504. C: parents have procedural safeguards and can disagree; their signature is required but only to consent to initial placement, not to "agree with all decisions." D: service amount is individualized, not a minimum prescription.

176

The "spacing effect" in learning demonstrates that:

A. Students who sit farther apart in a classroom learn more because physical spacing reduces distraction
B. Distributing practice over time (spaced practice) produces better long-term retention than equivalent practice concentrated in a single session (massed practice or "cramming") ✓
C. Students learn more from longer sessions with more material than shorter sessions with less material
D. The spacing between items on a test (white space) reduces cognitive load and improves performance

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B — Spaced (distributed) practice produces better long-term retention than massed practice (cramming) of equivalent amount. One of the most replicated findings in cognitive psychology (Ebbinghaus, 1885; hundreds of replications). Massed practice: studying 4 hours in one session. Spaced practice: four 1-hour sessions distributed over days or weeks. Same total time, dramatically better long-term retention with spacing. Why? The "desirable difficulty" explanation: spacing makes retrieval slightly harder (you've partially forgotten), and the effortful retrieval strengthens the memory trace more than easy re-reading. Also: sleep consolidation between sessions. Spacing interacts with the testing effect (spaced retrieval practice is especially powerful). Instructional implications: spiral curriculum (revisiting topics across the year) outperforms blocked curriculum (finish topic and never return). Homework should review previously learned material, not just tonight's lesson. A, C, D are literal misreadings of "spacing" using spatial metaphors. The spacing effect is one of the most educationally significant and underutilized findings in learning science.

177

Erikson's stage for adolescents (approximately ages 12–18) is characterized by the central conflict of:

A. Industry vs. Inferiority — learning competence through school and social tasks
B. Identity vs. Role Confusion — exploring different roles, values, and commitments to form a coherent sense of self and purpose ✓
C. Intimacy vs. Isolation — forming deep, committed relationships with others in early adulthood
D. Generativity vs. Stagnation — contributing productively to the next generation in middle adulthood

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B — Identity vs. Role Confusion (Stage 5): adolescence; explore roles to form coherent self, values, purpose. Erikson's eight psychosocial stages: Trust vs. Mistrust (0–18 mo); Autonomy vs. Shame/Doubt (18 mo–3 yr); Initiative vs. Guilt (3–6); Industry vs. Inferiority (6–12 — competence through school); Identity vs. Role Confusion (12–18 — sense of self); Intimacy vs. Isolation (early adulthood — close relationships); Generativity vs. Stagnation (middle adulthood — contributing to next generation); Ego Integrity vs. Despair (late adulthood — reviewing life). Identity stage (Stage 5): Marcia's identity statuses (extension of Erikson): Identity diffusion (no exploration, no commitment), Identity foreclosure (commitment without exploration — adopted parents' identity), Identity moratorium (active exploration, no commitment yet), Identity achievement (exploration followed by commitment). Educators working with adolescents should understand that identity exploration is developmentally appropriate, sometimes involving experimentation, apparent inconsistency, and questioning of received values. A is Stage 4. C is Stage 6. D is Stage 7.

178

The "fading" technique in scaffolded instruction refers to:

A. Using colored markers that fade over time so students are forced to reconstruct their notes from memory
B. Gradually withdrawing instructional support as student competence increases — reducing cues, prompts, and assistance so the student becomes increasingly independent ✓
C. Having students fade into the background of the classroom while a peer teacher leads the lesson
D. Reducing the amount of time devoted to review as the school year progresses and content becomes more familiar

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B — Gradually withdrawing support as competence grows — reducing cues and prompts to build independence. Fading is the third element of the scaffolding model (alongside modeling and coaching). The goal of scaffolded instruction is always independence — support is provided to enable performance beyond current independent capability, but the support must be systematically withdrawn as competence develops, or the learner becomes dependent on the support rather than internalizing the skill. Fading techniques: reducing the number of cues in a prompt sequence; removing worked steps from examples; asking students to generate rather than fill in; shifting from immediate feedback to delayed feedback; transferring responsibility for planning and monitoring to the student. The fading process requires ongoing formative assessment — you can't fade appropriately without knowing the student's current capability level. Premature fading produces failure; insufficient fading produces dependency. The goal is "gradual release of responsibility" (I do — We do — You do). A, C, D are inventive misreadings of the term.

179

The "interference theory" of forgetting holds that:

A. Information decays from memory through passive disuse over time unless actively rehearsed
B. Forgetting occurs because other memories interfere with retrieval — proactive interference (old learning interferes with new) and retroactive interference (new learning interferes with old) ✓
C. Forgetting is adaptive — the brain actively selects which memories to retain and which to discard based on their utility
D. Emotional arousal during encoding creates interference that blocks accurate retrieval of associated memories

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B — Forgetting from interference: proactive (old interferes with new) and retroactive (new interferes with old). Interference theory vs. decay theory: Decay theory (Thorndike) — memory traces fade with time without use. Interference theory — other memories compete, creating retrieval failure. Two types: Proactive interference (PI): previously learned material interferes with new learning. Learning Spanish vocabulary and then struggling to learn French vocabulary — Spanish intrudes. Retroactive interference (RI): newly learned material interferes with previously learned. Learning French vocabulary interferes with retrieval of previously learned Spanish. PI and RI are most likely when materials are similar (competing for the same retrieval cues). Minimizing interference in instruction: differentiate similar concepts explicitly; space practice on similar material; use distinctive retrieval cues. A describes decay theory. C describes adaptive forgetting / retrieval inhibition (Anderson's work — inhibition of competing memories). D describes how emotional arousal can affect encoding (related to flashbulb memories and stress effects on memory) — not interference theory per se.

180

Which of the following BEST describes "criterion-referenced grading" (sometimes called "standards-based grading")?

A. Grading on a curve — assigning grades based on student performance relative to class average
B. Assigning grades based on each student's performance relative to a defined set of learning standards — demonstrating specified competencies earns the grade, regardless of how other students perform ✓
C. Using a portfolio of student work collected over time as the primary basis for grade assignment
D. Allowing students to choose the criteria by which their work will be evaluated to increase autonomy

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B — Grades based on performance relative to defined standards — demonstrates competency earns the grade regardless of other students' performance. Standards-based grading (SBG) / criterion-referenced grading: Each grade level (4/Exceeds, 3/Meets, 2/Approaching, 1/Beginning) corresponds to specific, defined competency levels, not to a distribution of student scores. A student who demonstrates mastery earns full credit regardless of how others perform — all students can theoretically earn A's. Contrast: norm-referenced grading (grading on a curve) ties grades to the group distribution — some must fail for others to excel. SBG advocates: grades should communicate what students know and can do, not how they rank; norm-referenced grades are especially harmful in high-achieving classes (penalizing strong students by other strong students). SBG also typically separates academic achievement from behavior, timeliness, and effort (which are reported separately). A describes norm-referenced (curve) grading — the opposite of SBG. C describes portfolio assessment (can be norm- or criterion-referenced). D is not a standard grading approach — student-defined criteria would undermine comparability.

181

The "interleaving" effect in practice and learning refers to:

A. Having students study with partners, alternating who explains and who listens
B. Mixing different types of problems or topics in practice (interleaved practice), rather than completing all of one type before moving to another (blocked practice) — interleaving improves long-term retention and transfer, though it feels harder during practice ✓
C. Integrating academic content across subject areas — teaching reading skills in science class as well as language arts
D. Alternating between teacher-led and student-led instruction within a single lesson

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B — Mixing problem types in practice produces better long-term retention and transfer than blocked practice — though harder during learning. Rohrer and Taylor (2007), Kornell and Bjork (2008): Blocked practice — complete all problems of type A, then all of type B, then all of type C. Interleaved practice — mix A, B, and C problems in random or rotating order. Despite feeling less productive (students struggle more during interleaved practice and often rate it as less effective), interleaved practice produces substantially better performance on delayed tests and transfer to new problems. Why? Blocked practice allows students to use repetitive, routine procedures without selecting the right procedure. Interleaved practice requires identifying WHICH procedure applies to each problem — this categorization skill is the crucial transfer skill. Mathematics: interleaved practice across problem types produces better geometry problem-solving than blocked practice. Music: interleaved practice of different pieces outperforms blocked practice. A desirable difficulty: harder during practice → better long-term learning.

182

Mary Ainsworth's "Strange Situation" experiment (1970) identified which of the following attachment patterns in infants?

A. Secure, Insecure, and Disorganized (three patterns)
B. Secure, Anxious-Avoidant, and Anxious-Ambivalent (Resistant) — with Disorganized/Disoriented added by Main and Solomon (1990) ✓
C. Securely attached, Loosely attached, and Non-attached
D. Primary attachment, Secondary attachment, and Transitional attachment

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B — Secure, Anxious-Avoidant, Anxious-Ambivalent/Resistant (Ainsworth, 1970); Disorganized/Disoriented added by Main and Solomon (1990). Ainsworth's Strange Situation: standardized protocol involving brief separations and reunions between infant and caregiver. Secure (B): distressed at separation, easily comforted at reunion, uses caregiver as safe base. Anxious-Avoidant (A): minimal distress at separation, ignores caregiver at reunion — appears indifferent but physiologically stressed. Anxious-Ambivalent/Resistant (C): very distressed at separation, difficult to comfort at reunion, simultaneously seeks and resists contact. Main and Solomon added: Disorganized/Disoriented (D): no coherent strategy; frightened/frightening caregiver; associated with trauma and maltreatment. Caregiver sensitivity predicts attachment: sensitive, responsive caregiving → secure attachment. Internal working models: Bowlby argued early attachment patterns create "templates" for later relationships — but models can be revised through later experience. Educational implications: attachment security predicts social competence, emotional regulation, and school readiness. Teachers can serve as attachment figures for insecurely attached students.

183

The concept of "transfer-appropriate processing" (Morris, Bransford, and Franks, 1977) suggests that:

A. Learning transfers automatically to any new situation once the material is deeply encoded
B. The type of processing during learning should match the type of processing required at test — memory is best when encoding and retrieval conditions are similar (encoding specificity principle extended) ✓
C. Only materials processed at a semantic (deep) level will transfer to novel contexts
D. Transfer is maximized by teaching abstract principles without specific examples

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B — Encoding type should match retrieval demands; memory best when encoding and retrieval conditions are similar. Morris et al. (1977) challenged the "depth of processing" framework (Craik and Lockhart): deeper (semantic) processing always produces better memory. They showed that rhyme-based processing (shallow) produced better memory than semantic processing when the test required rhyme judgments — the match between encoding type and retrieval demand determined memory, not depth alone. Transfer-appropriate processing: the most useful encoding is the type that matches what you'll need to do at retrieval. Implications: If a test requires applying concepts to new problems, practice applying concepts to problems during study — not just reading and recognizing. If an exam requires writing essays, practice writing explanations — not just highlighting text. This principle explains why "study as you'll be tested" is sound advice — not just motivationally but cognitively. A is false — transfer is not automatic and requires appropriate practice conditions. C (deep processing always best) is what TAP challenges. D is also false — examples and concrete contexts are essential for transfer.

184

Howard Gardner's theory of multiple intelligences (1983) differs from traditional psychometric views of intelligence primarily in that:

A. Gardner argues that intelligence is primarily genetic and cannot be changed through education
B. Gardner proposes that intelligence is not a single, general factor (g) but a set of relatively independent abilities (linguistic, logical-mathematical, musical, spatial, bodily-kinesthetic, interpersonal, intrapersonal, naturalist) each with its own neural basis ✓
C. Gardner's theory is the only intelligence theory with empirical support from neuroscience research
D. Gardner argues that schools should assess each intelligence separately and report separate grades for each ability domain

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B — Intelligence is not g (single factor) but multiple independent abilities each with distinct neural basis and developmental profile. Gardner's criteria for a separate intelligence: distinct neural substrate (brain damage can destroy one while leaving others intact); exists in special populations (prodigies, savants); evolutionary history and plausibility; susceptibility to symbol systems; distinct developmental trajectory; experimental psychological tasks; psychometric findings. Original seven (1983) + Naturalist (1995) + (existential proposed but not confirmed). Debate and criticism: the intelligences correlate positively (suggesting a g factor), challenging Gardner's "independent" claim; critics argue they are more accurately described as "talents" or "abilities"; limited peer-reviewed empirical support for distinct neural bases. Educational applications: diverse instructional representations, multiple ways to demonstrate learning — these are good instructional practices regardless of whether Gardner's theory is correct. A: Gardner's theory doesn't address heritability. C: the empirical support claim is contested. D: Gardner has not advocated separate grading systems.

185

The "wait time" strategy (Rowe, 1974) in classroom questioning refers to:

A. Waiting until every student has raised their hand before selecting a responder
B. Pausing at least 3 seconds after posing a question (Wait Time 1) and 3 seconds after a student responds (Wait Time 2) — increasing wait time dramatically improves the length, quality, and number of student responses ✓
C. Allowing students who are not ready to respond to "wait out" questions without penalty in a safe classroom environment
D. Scheduling regular silent reflection periods during which students wait before beginning written work

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B — 3+ second pause after question (Wait Time 1) and after response (Wait Time 2); dramatically improves response quality and participation. Mary Budd Rowe (1974) found that average teacher wait time after a question was less than 1 second — and if no student responded immediately, teachers answered or moved on. When trained to wait at least 3 seconds: Length of student responses increased significantly. Number of unsolicited student responses increased. Failure-to-respond ("I don't know") responses decreased. More students participated. Students asked more questions. Higher-order responses increased. Student confidence increased. Wait Time 2 (after student response before teacher reacts) also improved student elaboration and peer response. Why? Students need processing time for complex questions; immediate response calls only alert students who process fastest; wait time signals that thinking is valued and expected. A describes "everyone raises hand" — different strategy. C describes opt-out accommodation — different concept. D describes silent reflection breaks — separate strategy. Wait time is one of the highest-leverage, zero-cost teaching strategies.

186

According to Weiner's attribution theory, students who attribute academic success to "effort" rather than "ability" are more likely to:

A. Become overconfident and reduce effort in subsequent tasks
B. Show greater persistence after failure, because effort is controllable and unstable — students believe they can change their effort level, and failure is not a verdict on their fixed ability ✓
C. Focus primarily on comparing their performance to classmates rather than to their own previous performance
D. Seek easier tasks to ensure their effort is rewarded with success

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B — Effort attribution → persistence after failure; effort is controllable and unstable, so failure is actionable information, not verdict on fixed ability. Weiner's attribution model: causes of success/failure analyzed on three dimensions: Locus (internal vs. external), Stability (stable vs. unstable), Controllability (controllable vs. uncontrollable). Ability: internal, stable, uncontrollable (fixed entity). Effort: internal, unstable, controllable. Luck: external, unstable, uncontrollable. Task difficulty: external, stable, uncontrollable. Attributing success to effort (controllable, unstable): "I succeeded because I worked hard" → "I can succeed again by working hard again" → motivation to apply effort. Attributing failure to effort: "I failed because I didn't work hard enough" → "I can succeed if I apply more effort next time" → increased effort. Attributing failure to ability (uncontrollable): "I failed because I'm not smart" → "Effort won't help" → learned helplessness, withdrawal. Instructional application: praise effort and strategy, not ability. Dweck's growth mindset maps closely onto effort attribution. A describes overconfidence — not supported by effort attribution research. C describes social comparison orientation. D describes task avoidance (easier tasks) — characteristic of ability attribution, not effort.

187

A "curriculum-based measurement" (CBM) is best described as:

A. An end-of-unit test that measures whether students have mastered the curriculum unit just completed
B. A brief, standardized, repeated measure of academic performance drawn directly from the curriculum — used to monitor student progress over time and evaluate instructional effectiveness ✓
C. A comprehensive assessment of the full year's curriculum standards, administered at the end of the school year
D. A comparison of a school's curriculum to state standards to identify alignment gaps

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B — Brief, standardized, repeated academic measure from the curriculum — used for ongoing progress monitoring and instructional evaluation. CBM (Deno, 1985): developed as a formative assessment tool for special education progress monitoring, now widely used in multi-tiered systems of support (MTSS/RTI). Characteristics: Brief (1–3 minute probes); Standardized administration and scoring; Repeated frequently (weekly or biweekly); Drawn from the year-long curriculum (not just the current unit); Produces a single score that reflects overall performance in the domain. Reading CBM: oral reading fluency (words read correctly per minute) — strongly predictive of overall reading comprehension; easy to administer, score, and graph. Math CBM: computation fluency probes, mixed-skill probes. CBM data: graphed over time; slope of improvement indicates progress; slope compared to goal line — if below, instruction is adjusted. Key uses: identify students at risk, monitor response to intervention, evaluate effectiveness of different instructional approaches. A describes a summative unit test. C describes an end-of-year summative assessment. D describes curriculum alignment analysis.

188

The concept of "executive function" in cognitive development refers to:

A. The ability of school administrators to effectively manage teacher performance and curriculum decisions
B. A set of cognitive control processes — including working memory, cognitive flexibility, and inhibitory control — that allow purposeful, goal-directed behavior and self-regulation ✓
C. The ability to generate creative and innovative solutions by thinking outside established patterns
D. The capacity to understand complex social situations and predict others' behavior accurately

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B — Cognitive control processes (working memory, cognitive flexibility, inhibitory control) enabling goal-directed behavior and self-regulation. Executive functions (EF): located primarily in prefrontal cortex; develop significantly from age 3–5 through adolescence and into early adulthood. Three core EFs (Diamond, 2013): Inhibitory control — suppressing dominant but inappropriate responses; resisting temptation; staying on task. Working memory — holding and manipulating information in mind; mental math; following multi-step instructions. Cognitive flexibility — switching between tasks, rules, or perspectives; seeing things in multiple ways; adjusting to changed demands. Higher-order EFs: planning, reasoning, problem-solving, self-regulation — built on core EFs. Educational relevance: EF strongly predicts academic achievement (at least as much as IQ in some studies). ADHD = executive function deficit. Kindergarten EF predicts school readiness. EF is trainable through: physical activity, music instruction, socio-dramatic play (Vygotsky's "play as the leading activity of preschool"), mindfulness, and direct instruction in self-regulation strategies. A is a pun on "executive." C describes creativity/divergent thinking. D describes theory of mind/social cognition.

189

In Piaget's theory, "accommodation" refers to:

A. The process of fitting new information into existing schemas without changing the schemas
B. The modification or creation of a new schema to incorporate new information that cannot be assimilated into existing schemas — triggered by the disequilibrium of cognitive conflict ✓
C. The physical adaptation of the classroom environment to meet student learning needs
D. The adjustment of instructional pace to match individual student readiness levels

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B — Modifying or creating a new schema to incorporate information that can't be assimilated; triggered by disequilibrium. Piaget's key mechanisms of cognitive development: Assimilation: fitting new information into an existing schema without changing the schema. Child sees a dog and calls it "doggie" (existing schema). Later sees a cat and calls it "doggie" — assimilation (forces cat into dog schema). Accommodation: new information is too different from existing schema → cognitive conflict (disequilibrium) → schema is modified or a new schema is created. Child is corrected ("that's a cat, not a dog") → creates new "cat" schema distinct from "dog" schema. Equilibration: the balancing process between assimilation and accommodation, driving cognitive development forward. Learning occurs at the boundary between what can be assimilated and what requires accommodation — Piaget's equivalent of Vygotsky's ZPD. Instruction should create "optimal mismatch" — challenging enough to require accommodation but not so discrepant as to be incomprehensible. A describes assimilation (the opposite of accommodation). C and D are instructional applications of the word "accommodation" unrelated to Piaget.

190

The "Response to Intervention" (RTI) / Multi-Tiered System of Supports (MTSS) model is organized around:

A. A diagnostic-prescriptive model in which students are first diagnosed with a disability, then assigned to an appropriate intervention tier
B. A preventive, proactive three-tier model: Tier 1 = high-quality core instruction for all; Tier 2 = supplemental small-group intervention for students at risk; Tier 3 = intensive individualized intervention for students who don't respond to Tier 2 ✓
C. A three-track academic program: remedial, grade-level, and advanced — with students sorted by diagnostic assessment
D. A model in which parents choose which tier of support they want their child to receive based on their knowledge of their child's needs

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B — Three preventive tiers: Tier 1 (core, all students), Tier 2 (supplemental, at-risk), Tier 3 (intensive, individualized) with ongoing progress monitoring. RTI/MTSS model: Prevention-focused (not wait-to-fail): identify students at risk early through universal screening; provide intervention before failure is entrenched. Tier 1 (~80% of students): high-quality, evidence-based core instruction for all students; universal screening (fall/winter/spring); students meeting benchmarks continue in Tier 1. Tier 2 (~15%): small-group (3–6 students) supplemental intervention; evidence-based programs; 2–3 times per week, 20–30 minutes; progress monitoring every 1–2 weeks; students who respond return to Tier 1; non-responders move to Tier 3. Tier 3 (~5%): intensive, individualized intervention; high frequency; individual or very small group; frequent progress monitoring; evaluation for special education eligibility for students who don't respond. Critical features: data-based decision making, evidence-based practices, universal screening, progress monitoring, collaborative problem-solving teams. A reverses the sequence — RTI avoids requiring diagnosis before intervention. C describes academic tracking. D is not how tiered systems work.

191

The "overjustification effect" in motivation research demonstrates that:

A. Providing excessive instruction on a task overwhelms students' working memory and reduces performance
B. Providing external rewards for activities that were already intrinsically motivating can undermine intrinsic motivation — especially when rewards are expected, tangible, and contingent on performance ✓
C. Students who are over-justified in their academic choices become more autonomous and motivated over time
D. Praising students excessively produces diminishing returns — too much praise becomes meaningless

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B — External rewards for intrinsically motivating activities can undermine intrinsic motivation — especially expected, tangible, performance-contingent rewards. Lepper, Greene, and Nisbett (1973): children who enjoyed drawing (intrinsically motivated) were either promised a reward for drawing, received an unexpected reward, or received no reward. When later observed, children who had expected a reward showed less interest in drawing than the other conditions — intrinsic motivation was undermined. Cognitive evaluation theory (Deci and Ryan): rewards carry two aspects — controlling aspect (experienced as external control, undermines autonomy → reduces intrinsic motivation) and informational aspect (provides competence information → can maintain or enhance intrinsic motivation). Rewards most likely to undermine intrinsic motivation: expected, tangible, and performance-contingent. Rewards less likely to undermine: unexpected, verbal, informational ("you solved that really challenging problem"). Educational implication: be cautious about using rewards for activities students already enjoy. A is cognitive overload (separate concept). C misuses "over-justified." D describes praise satiation (a real concern but different from the overjustification effect).

192

In special education, the principle of "least restrictive environment" (LRE) under IDEA means:

A. Students with disabilities should always be placed in general education classrooms regardless of the severity of their needs
B. Students with disabilities must be educated alongside nondisabled peers to the maximum extent appropriate — removal from general education occurs only when the nature or severity of the disability is such that education in general education cannot be achieved satisfactorily even with supplementary aids ✓
C. Schools must provide the least expensive appropriate educational environment to minimize burden on the education system
D. Special education services must be provided in the student's home school district rather than a segregated regional facility

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B — Educated with nondisabled peers to the maximum extent appropriate; removal from general education only when general education can't be achieved satisfactorily even with supports. IDEA (20 U.S.C. § 1412(a)(5)): LRE is one of six core principles of IDEA. The continuum of placements (most to least inclusive): General education with supplementary aids/services → Resource room (part-time pullout) → Special class (full-time in school) → Special school → Home/hospital instruction → Residential facility. Presumption is toward inclusion — placement decisions must justify any removal from general education; removal is not automatic based on disability label. "Appropriate" qualifier is crucial: LRE is not always general education; it is the least restrictive setting in which the student can receive an appropriate education. A is incorrect — LRE has the "appropriate" qualifier, not an absolute inclusion mandate. C misreads "restrictive" as financial. D addresses home district placement (a related but different IDEA principle — preference for neighborhood school). The tension between LRE and appropriateness is a frequent IEP meeting issue.

193

The research on "peer tutoring" in educational psychology consistently shows:

A. Peer tutoring benefits the tutee but has no significant effect on the tutor's own learning
B. Peer tutoring benefits both the tutee (personalized instruction, immediate feedback, less intimidating help source) and the tutor (explaining content deepens own understanding, exposes gaps in knowledge — the "protégé effect") ✓
C. Peer tutoring is only effective when the tutor is academically advanced and the tutee is significantly lower-performing
D. Peer tutoring is harmful for the tutor because it removes instructional time they could spend on their own learning

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B — Benefits both tutee (personalized instruction, etc.) and tutor (deeper understanding through explaining — "protégé effect"). Cross-age tutoring research (older student tutors younger student): tutees benefit from individualized attention, immediate corrective feedback, and the less threatening help source (less face-threatening to ask a peer than a teacher). Tutors benefit — the "protégé effect" (Chase et al., 2009): when students learn with the intention of teaching someone else, they understand material more deeply, organize it better, and remember it longer. Preparing to teach reveals what you don't know — gaps in understanding become obvious when you try to explain. Also: same-age peer-assisted learning strategies (PALS): structured reciprocal tutoring where both partners alternately serve as tutor and tutee — beneficial for both. A ignores the extensive evidence that tutors benefit. C: cross-ability tutoring works, but same-ability and reciprocal tutoring also work. D: the time investment by tutors is offset by the depth of processing they gain. "To teach is to learn twice" (Joseph Joubert).

194

The "whole language" vs. "phonics" debate in reading instruction was largely resolved by research showing:

A. Whole language is more effective for all students because it maintains meaning and motivation while building reading skills naturally
B. Systematic, explicit phonics instruction is essential for most beginning readers and students with dyslexia — the National Reading Panel (2000) identified phonemic awareness and phonics as among the five essential components of effective reading instruction ✓
C. Both approaches are equally effective, and teachers should choose based on their professional judgment and student preferences
D. Phonics is effective for decoding isolated words but whole language produces better reading comprehension

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B — Systematic explicit phonics is essential for most beginners and students with dyslexia; NRP (2000) identified phonemic awareness and phonics as essential components. The reading wars debate: Whole language (Goodman, Smith): reading is natural; meaningful texts; context clues; guessing from pictures/context is fine; phonics instruction decontextualizes reading. Phonics advocates: decoding is foundational; letter-sound correspondence must be explicitly taught; guessing from context is an inefficient strategy used by poor readers. Research consensus: National Reading Panel (NICHD, 2000): five essential components of effective reading instruction: Phonemic awareness, Phonics, Fluency, Vocabulary, Comprehension strategies. Systematic, explicit phonics instruction produces better reading outcomes than non-systematic or embedded phonics. The simple view of reading: Reading = Decoding × Language comprehension. Both are necessary; neither alone is sufficient. Dyslexia research: phonological processing deficit is the core; explicit phonics instruction with structured literacy approaches (Orton-Gillingham) is the evidence-based intervention. A contradicts the research. C suggests a tie when research is clearer than that. D is not supported — phonics improves both decoding and comprehension.

195

The "Flynn effect" in psychometrics refers to:

A. The tendency of IQ tests to overestimate the intelligence of people from higher socioeconomic backgrounds
B. The documented rise in average IQ scores across populations over the 20th century — approximately 3 IQ points per decade — requiring periodic renorming of tests ✓
C. The phenomenon in which individual IQ scores increase with repeated test-taking due to practice effects
D. The finding that IQ tests administered in early childhood do not reliably predict adult IQ

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B — Average IQ scores rose ~3 points per decade across the 20th century; tests must be periodically renormed. James Flynn (1984, 1987) documented massive IQ gains across many nations: if current tests were scored on old norms, contemporary adults would average ~130 IQ — clearly impossible for an average. This requires IQ tests to be renormed periodically (restoring the mean to 100). Using outdated norms inflates IQ scores — the "Flynn effect" has legal implications: death penalty cases use IQ thresholds, and outdated norms may produce inflated scores. Proposed explanations: better nutrition, reduced infectious disease, increased education, more abstract thinking demanded by modern environment, smaller family size, reduced lead exposure. The Flynn effect may have slowed or reversed in some developed nations recently. Educational significance: intelligence is not simply genetically fixed — environmental factors substantially influence measured intelligence. This challenges purely hereditarian views of intelligence differences. A, C, D are not the Flynn effect — they are real phenomena but have other names and explanations.

196

The "advance organizer" strategy (Ausubel, 1960) in instruction refers to:

A. A detailed outline of the lesson given to students at the beginning so they can track their progress
B. Introductory material presented at a higher level of abstraction, generality, and inclusiveness than the lesson content — designed to activate and organize relevant prior knowledge to provide a cognitive scaffold for the new material ✓
C. Reviewing previously taught material at the start of each lesson to reinforce long-term retention
D. Having students organize their notes into concept maps before instruction begins

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B — Introductory material at higher abstraction level than lesson content; activates/organizes relevant prior knowledge as cognitive scaffold. Ausubel's meaningful reception learning theory: new learning must be "anchored" to existing cognitive structures — meaningful (as opposed to rote) learning requires connecting new information to what the learner already knows. The advance organizer is the bridging mechanism: presented before instruction, at a higher level of abstraction than the incoming content, providing a conceptual framework into which specific details can be integrated. Two types: expository organizers (for unfamiliar material — provide new conceptual anchor); comparative organizers (for somewhat familiar material — activate and compare with what student already knows). Example: before teaching about parliamentary government, provide an advance organizer comparing it to the U.S. government system students already know. Research: mixed results — most effective when prior knowledge is low and material is complex. A describes a lesson outline — useful but not an advance organizer. C describes spaced review or warm-up practice. D describes student note organization — active prior knowledge activation but in a different form.

197

The key difference between "performance goals" and "mastery goals" (Dweck and Elliot's achievement goal theory) is:

A. Performance goals focus on completing assignments; mastery goals focus on earning high grades
B. Performance goals focus on demonstrating competence relative to others (outperforming peers); mastery goals focus on developing competence and deepening understanding of the material itself ✓
C. Mastery goals are appropriate for elementary students; performance goals become more adaptive in high school
D. Performance goals are intrinsic; mastery goals are extrinsic because they require external standards to be mastered

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B — Performance goals: demonstrate competence vs. others (outperform); Mastery goals: develop competence and deepen understanding of the material. Achievement goal theory (Dweck, Elliot, Ames): Mastery goals (also called learning goals or task-involvement goals): success = learning, improving, understanding. Deep processing strategies. Persistence after failure (failure = opportunity to learn). Intrinsic interest. Performance goals: success = outperforming others. Surface processing (to perform, not to understand). Vulnerability to failure (failure = loss of status). Anxiety. Avoidance behaviors. Subsequent research added performance-avoidance goals (avoid looking incompetent) vs. performance-approach goals (approach superior performance) — some research suggests performance-approach goals can co-exist productively with mastery goals. Classroom goal structures: classrooms that emphasize grades and relative standing promote performance goals; classrooms that emphasize improvement, learning, and effort promote mastery goals. Ames's TARGET framework: Task, Authority, Recognition, Grouping, Evaluation, Time — each dimension creates mastery or performance climate. A: both goals can involve completing assignments or earning grades. C: mastery goals are adaptive at all ages. D reverses the intrinsic/extrinsic relationship.

198

The concept of "stereotype threat" (Steele and Aronson, 1995) in educational settings refers to:

A. The tendency of teachers to unconsciously hold lower expectations for students from stereotyped groups
B. The experience of anxiety or cognitive burden when a person is at risk of confirming a negative stereotype about their group — this threat impairs performance, especially on difficult tasks, independent of ability ✓
C. The experience of students who are frequently stereotyped by peers, leading to social withdrawal and academic disengagement
D. The tendency for students from stigmatized groups to underestimate their own abilities due to internalized stereotypes

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B — Anxiety/cognitive burden from risk of confirming a negative group stereotype; impairs performance on difficult tasks independent of ability. Steele and Aronson (1995): African American students performed worse on GRE items when told it was a test of intellectual ability (activating stereotype about racial differences in academic performance) than when told it was a problem-solving exercise. The threat works through cognitive and motivational mechanisms: increased anxiety, vigilance for confirming the stereotype, working memory burden from managing the threat — all of which reduce performance. The threat is strongest: when the task is difficult, when group identity is salient, when the individual cares about the domain. Stereotype threat has been demonstrated in many groups: women in math, White men in sports (vs. Black men), older adults on memory tasks, first-generation college students. Reducing stereotype threat: affirm values unrelated to the threatened domain, remind students of multiple social identities, teach about stereotype threat itself, provide role models from the threatened group. A describes teacher bias / implicit bias (different phenomenon — though related). C describes social effects of stereotyping (different). D describes internalization of stereotypes / self-concept effects (different mechanism).

199

Which of the following BEST describes John Dewey's view of effective education?

A. Education should transmit the accumulated knowledge of civilization through direct instruction and memorization of essential content
B. Education should connect learning to authentic experience and problem-solving — children learn by doing, and school should be a form of community life in which students engage in meaningful activities that develop both intellectual and social capacities ✓
C. Education should focus primarily on developing students' individual talents and unique personalities, with minimal intervention from teachers
D. Education should prepare students for the specific vocational roles they will fill based on their assessed aptitudes

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B — Learning through authentic experience and problem-solving; school as community life; "learning by doing" connects intellectual and social development. John Dewey (1859–1952): Experience and Education (1938), Democracy and Education (1916), The School and Society (1899). Core ideas: Learning must be connected to experience — abstract, decontextualized content that has no connection to students' experience is not meaningful and will not be retained or transferred. The school should be a miniature democratic community — students learn democratic participation by participating. Project-based, problem-centered learning: students engage with real problems and produce real products. The teacher's role: not transmitter but facilitator and guide who creates conditions for productive experience. Dewey strongly criticized both "traditional" education (passive reception, memorization, external discipline) and "progressive" education that simply follows children's interests without intellectual structure. "Learning by doing" does not mean chaos — it means purposeful, guided experience. A describes the traditional education Dewey critiqued. C describes a misreading of progressive education that Dewey himself rejected. D describes a vocational education model Dewey opposed as anti-democratic.

200

A teacher who uses "formative assessment" most effectively will:

A. Administer a comprehensive unit test at the end of each instructional unit and use scores to assign grades and report to parents
B. Continuously gather evidence of student understanding during instruction — through questioning, observations, exit tickets, mini-quizzes — and use this evidence to adjust instruction in real time while there is still time to address gaps ✓
C. Create a detailed grade book tracking student performance on all assignments and assessments throughout the year
D. Provide rubrics to students before major assignments so they understand the criteria for evaluation

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B — Continuous evidence gathering during instruction; adjust instruction in real time to address gaps while learning is still occurring. Black and Wiliam (1998, "Inside the Black Box"): comprehensive review of formative assessment research — effect sizes of 0.4–0.7 standard deviations on achievement. Defining characteristics of formative assessment: It occurs during learning (not after). Its purpose is instructional adjustment — not grading. It provides information to BOTH teacher (adjust instruction) and student (monitor own understanding). Key formative strategies: hinge questions (reveal misconceptions); exit tickets; cold-calling; observation during work; whiteboards (all students respond simultaneously); learning progressions with descriptive feedback. Crucial distinction: gathering evidence is only formative if it changes what you do next. A test that is not used to adjust instruction is not functioning formatively even if it's called a "formative assessment." A describes summative assessment (after learning, for grading). C describes grade-book management — record-keeping, not necessarily formative. D describes providing rubrics — helpful transparency but not itself formative assessment. The key: evidence gathered AND used to adjust instruction DURING the learning process.

Introduction to Educational Psychology

Exam Overview

What the Exam Tests

Content Area Breakdown

Human Development

Piaget's Stages of Cognitive Development

Vygotsky's Sociocultural Theory

Erikson's Psychosocial Stages

Kohlberg's Moral Development

Language Development

Social & Emotional Development

Adolescent Development

Learning & Cognition

Behavioral Learning Theories

Social Cognitive / Observational Learning (Bandura)

Information Processing Theory

Constructivism

Transfer of Learning

Intelligence

Motivation

Intrinsic vs. Extrinsic Motivation

Maslow's Hierarchy of Needs

Self-Determination Theory (Deci & Ryan)

Attribution Theory (Weiner)

Goal Orientation Theory

Assessment

Formative vs. Summative Assessment

Reliability & Validity

Norm-Referenced vs. Criterion-Referenced Tests

Standardized Testing Concepts

Test Construction & Bias

Teaching, Instruction & Curriculum

Instructional Models

Bloom's Taxonomy

Classroom Management

Grouping & Diversity

Special Education & Exceptionalities

Teacher Expectations & the Pygmalion Effect

Key Theorists

Key Terms

Video Resources

Crash Course Psychology

Khan Academy — AP Psychology

Modern States — Educational Psychology

Piaget vs. Vygotsky Comparisons

Bloom's Taxonomy Explained

Operant Conditioning in the Classroom

Practice Exam