CLEP Introduction to Educational Psychology Quick Review

Learning begins with selective attention -- the mind filters the flood of sensory input down to what working memory can actually process.

Selective attention (filtering relevant stimuli) vs. divided attention (splitting focus, degrades performance); sensory memory (iconic/visual, echoic/auditory) holds raw input for under a second; perception is the active construction of meaning from sensation, combining top-down processing (prior knowledge) and bottom-up processing (raw stimulus features).

Sensation (raw detection of stimuli by receptors) vs. perception (the brain's interpretation/organization of that stimuli into meaningful experience).

A scenario describing a teacher using color, novelty, or gesture to "grab attention" is testing attention/perception, not memory strategy -- attention-getting techniques act BEFORE information ever reaches working memory for rehearsal.

Sensation $arrow$ raw input; Perception $arrow$ meaning-making; Attention = the gatekeeper.

The Atkinson-Shiffrin multi-store model explains learning as information flowing through three memory stages, each with a different capacity and duration.

Sensory memory (huge capacity, under 1 sec) $arrow$ short-term/working memory (about 7$±$2 items, Miller's "magic number," lasts 20-30 sec unaided) $arrow$ long-term memory (essentially unlimited). Encoding strategies -- rehearsal, chunking, dual coding -- move information into LTM, which splits into declarative (semantic + episodic) and procedural memory.

Maintenance rehearsal (rote repetition, keeps info active but doesn't build durable LTM) vs. elaborative rehearsal (connecting new info to existing knowledge, produces durable LTM storage).

A student silently repeating a phone number is using maintenance rehearsal, not "meaningful learning" -- don't upgrade shallow repetition into elaborative processing just because the student remembered it briefly.

Sensory $arrow$ Working (7$±$2) $arrow$ Long-Term; chunking and elaboration = the bridge to LTM.

Problem solving, transfer, and conceptual change describe how learners use existing knowledge structures to handle new or contradictory information.

Algorithms (guaranteed, step-by-step procedures) vs. heuristics (rule-of-thumb shortcuts, e.g., means-ends analysis, working backward); near transfer (similar context) vs. far transfer (very different context); conceptual change occurs when new evidence conflicts with an existing schema and forces restructuring (accommodation).

Algorithm (a fixed procedure that always yields a correct solution if followed, e.g., long division) vs. heuristic (a flexible shortcut that is often, but not always, correct).

Heuristics are praised as "efficient," but the exam trap is assuming they are always better -- they can produce systematic errors, which is exactly why algorithms are preferred when accuracy is essential.

Algorithm = guaranteed but slow; Heuristic = fast but fallible.

Cognitive theory becomes classroom practice through schema -- organized knowledge structures that instruction should activate, build, and revise.

Piaget's schema, assimilation (fitting new info into an existing schema) and accommodation (changing the schema); Ausubel's advance organizers (a framework presented before a lesson to anchor new material); Bruner's discovery learning and spiral curriculum (revisiting topics with increasing complexity).

Assimilation (new information is molded to fit an existing, unchanged schema) vs. accommodation (the schema itself changes to fit new information).

A child calling a zebra a "horse" is assimilation; relabeling the category to include "striped horses = zebras" is accommodation -- the exam tests which DIRECTION the change went, not just whether learning occurred.

Assimilate = fit it IN; Accommodate = change the SCHEMA.

Language development is both a cognitive achievement and a tool that itself drives thinking, depending on which theorist's lens is applied.

Chomsky's nativist Language Acquisition Device (innate universal grammar); Skinner's behaviorist view (language learned via reinforcement/imitation); Vygotsky's view that language (private/inner speech) is the mechanism by which social interaction becomes internalized thought.

Private speech (Vygotsky -- self-directed talk that guides a young child's own thinking/behavior, adaptive) vs. egocentric speech (Piaget's term for the same behavior, viewed as a sign of cognitive immaturity).

A preschooler talking to themselves while doing a puzzle is displaying private speech supporting self-regulation (the Vygotskian, CLEP-favored interpretation) -- don't default to Piaget's "immature/egocentric" reading.

Vygotsky: talking to self $arrow$ builds thought. Piaget: talking to self $arrow$ sign of immaturity.

Classical conditioning explains how a neutral stimulus comes to trigger an automatic (reflexive) response purely through association.

Pavlov's dogs: Unconditioned Stimulus (US, food) $arrow$ Unconditioned Response (UR, salivation); a Neutral Stimulus (bell) paired repeatedly with the US becomes a Conditioned Stimulus (CS); the CS alone then triggers a Conditioned Response (CR). Also: extinction, spontaneous recovery, stimulus generalization, stimulus discrimination.

Stimulus generalization (responding the same way to stimuli similar to the CS) vs. stimulus discrimination (responding only to the specific CS, not to similar stimuli).

Watson & Rayner's "Little Albert" (fear of a white rat generalized to other furry objects) is classical, not operant, conditioning -- classical conditioning always involves an involuntary, reflexive response, not a voluntary behavior shaped by consequences.

Classical = reflexive response gets attached to a NEW trigger through pairing.

Operant conditioning explains voluntary behavior as a function of the consequences (reinforcement or punishment) that follow it.

Positive reinforcement (add pleasant stimulus, increase behavior); negative reinforcement (remove unpleasant stimulus, increase behavior); positive punishment (add unpleasant stimulus, decrease behavior); negative punishment (remove pleasant stimulus, decrease behavior); shaping = reinforcing successive approximations of a target behavior.

Negative reinforcement (removes something aversive to INCREASE a behavior) vs. punishment of any kind (always meant to DECREASE a behavior) -- "negative" means "taken away," not "bad."

A teacher excusing a student from homework for good behavior is negative reinforcement, not a "reward" or "punishment" -- check whether the target behavior increases or decreases, and whether something is added or removed.

Reinforcement = behavior UP; Punishment = behavior DOWN. Positive = ADD; Negative = REMOVE.

The pattern (schedule) of reinforcement determines how quickly a behavior is learned and how resistant it is to extinction.

Continuous reinforcement (fastest acquisition, fastest extinction); Fixed Ratio (set number of responses, e.g., piece-rate pay -- post-reinforcement pause); Variable Ratio (unpredictable number of responses, e.g., slot machines -- highest, steadiest rate, most resistant to extinction); Fixed Interval (set time period -- scalloped pattern); Variable Interval (unpredictable time -- slow, steady responding).

Fixed Ratio (based on a set NUMBER of responses) vs. Fixed Interval (based on a set amount of TIME) -- ratio schedules key on response count, interval schedules key on the clock.

The "slot machine" example tests Variable Ratio; a common trap is picking Variable Interval because both say "variable" -- VR is about unpredictable response COUNTS and is the single most extinction-resistant schedule.

Ratio = count of responses; Interval = passage of time. Variable Ratio = most extinction-resistant.

Bandura's social learning (social cognitive) theory extends behaviorism by showing that learning can occur through observation alone, without direct reinforcement of the observer.

Bandura's Bobo Doll experiment demonstrated observational learning/modeling; the four conditions for modeling are attention, retention, reproduction, and motivation; vicarious reinforcement/punishment = learning from watching a model be reinforced or punished.

Vicarious reinforcement (the OBSERVER changes behavior after seeing someone ELSE reinforced) vs. direct reinforcement (the learner's own behavior is directly reinforced).

A student who behaves well after watching a classmate get praised, without ever being praised themselves, illustrates vicarious reinforcement -- don't just say "modeling" without naming the consequence-observation component.

Bandura: see it $arrow$ watch the consequence $arrow$ do it yourself, even with no direct reward.

Piaget proposed that children move through four universal, invariant, qualitatively distinct stages as they actively construct understanding of the world.

Sensorimotor (birth-2, object permanence); Preoperational (2-7, symbolic thought, egocentrism, lack of conservation, centration); Concrete Operational (7-11, conservation, reversibility, classification, limited abstraction); Formal Operational (11+, abstract and hypothetical-deductive reasoning).

Conservation (quantity stays the same despite an appearance change, e.g., pouring liquid into a taller glass -- concrete operational) vs. object permanence (objects exist even when out of sight -- sensorimotor).

A 5-year-old insisting a tall thin glass has "more" juice than a short wide one with the same amount fails conservation (preoperational) -- don't mislabel this as egocentrism, a different preoperational limitation.

Sensorimotor $arrow$ object permanence; Preoperational $arrow$ no conservation; Concrete $arrow$ conservation; Formal $arrow$ abstract logic.

Vygotsky argued that cognitive development is fundamentally social -- learning occurs first between people (interpsychological) and is then internalized (intrapsychological).

Zone of Proximal Development (ZPD): the gap between what a learner can do independently and what they can do with guidance; scaffolding: temporary support from a More Knowledgeable Other (MKO), withdrawn as competence increases; cultural tools (language, symbols) mediate thought.

ZPD (the RANGE of tasks a learner can accomplish with help but not yet alone) vs. scaffolding (the actual TEACHING TECHNIQUE used within that range).

As a student gains mastery, effective scaffolding is gradually withdrawn ("fading") -- a trap answer keeps support constant, which defeats the purpose of scaffolding.

ZPD = what you can do WITH help; scaffolding = the help itself, faded over time.

Erikson proposed eight lifespan stages, each defined by a central psychosocial crisis whose resolution shapes personality and social/emotional development.

Trust vs. Mistrust (infancy); Autonomy vs. Shame/Doubt (toddler); Initiative vs. Guilt (preschool); Industry vs. Inferiority (school age, 6-12, competence vs. inadequacy relative to peers); Identity vs. Role Confusion (adolescence, forming a stable sense of self).

Industry vs. Inferiority (school-age crisis, centered on competence/productivity) vs. Identity vs. Role Confusion (adolescent crisis, centered on a coherent personal identity).

A middle-schooler experimenting with different friend groups and beliefs is testing Identity vs. Role Confusion -- don't confuse this with Kohlberg's or Piaget's stages; Erikson is specifically about SOCIAL/emotional identity, not moral reasoning or logic.

Erikson = psychoSOCIAL crisis each stage; school-age = Industry vs. Inferiority; teens = Identity vs. Role Confusion.

Kohlberg proposed moral reasoning develops through three levels of increasingly abstract justice-based reasoning; Gilligan proposed a complementary "care" orientation.

Preconventional (reasoning based on punishment/reward, self-interest); Conventional (reasoning based on social norms, approval, law and order); Postconventional (reasoning based on abstract universal ethical principles). Gilligan's ethic of care emphasizes relationships, empathy, and responsibility to others.

Conventional level (following rules/laws to gain approval, "it's against the rules") vs. Postconventional level (following self-chosen abstract principles that may transcend the law, "it's unjust even though it's legal").

A student who says "I won't cheat because I'd get in trouble" is reasoning at the Preconventional level (avoiding punishment), not Conventional -- check WHY the person follows the rule, not just that they follow it.

Kohlberg: Pre (punishment) $arrow$ Conventional (rules/approval) $arrow$ Post (principles). Gilligan added the "ethic of care."

Development in the social/emotional domain also includes how children come to understand gender and acquire language, shaped by biological readiness and social input.

Gender identity typically stabilizes (gender constancy) around age 6-7; gender-role socialization occurs through modeling, reinforcement, and cultural messaging; language acquisition sequence: cooing, babbling, one-word (holophrastic) stage, two-word (telegraphic) stage, then rapid grammar/vocabulary growth, with a proposed critical/sensitive period for first-language acquisition.

Gender identity (a child's internal sense of their own gender) vs. gender role/sex role (society's external expectations/stereotypes about how a given gender "should" behave).

A toddler saying "want cookie" is in the telegraphic (two-word) stage, not the holophrastic (one-word) stage -- check the number of words per utterance, since these stages are easy to swap under time pressure.

Cooing $arrow$ babbling $arrow$ one-word (holophrastic) $arrow$ two-word (telegraphic) $arrow$ full grammar.

What students believe about the CAUSES of their success or failure shapes motivation as much as the outcome itself.

Weiner's Attribution Theory classifies causes by locus (internal/external), stability (stable/unstable), and controllability (controllable/uncontrollable) -- e.g., "effort" is internal, unstable, controllable; "ability" is internal, stable, uncontrollable. Expectancy-Value theory: motivation = expectation of success $×$ value of the task. Goal Orientation theory: mastery goals (learning-focused) vs. performance goals (approach/avoidance, competing with others).

Mastery goal orientation ("did I improve?") vs. performance goal orientation ("did I do better than my classmates?").

Attributing failure to "I didn't study enough" is internal, unstable, controllable -- a trap is mislabeling effort as "stable" because the excuse repeats; stability refers to whether the CAUSE itself tends to change, not whether the pattern recurs.

Attribution = locus + stability + controllability. Mastery = "did I grow?" Performance = "did I beat others?"

Motivation is strongly shaped by learners' belief in their own competence (self-efficacy) and by how well an environment satisfies three innate psychological needs (SDT).

Bandura's self-efficacy: a task/domain-specific belief in one's capability, built via mastery experiences, vicarious experiences, social persuasion, physiological states. Deci & Ryan's Self-Determination Theory: intrinsic motivation flourishes when autonomy, competence, and relatedness are met; intrinsic (inherent satisfaction) vs. extrinsic (separable reward) motivation.

Self-efficacy (task-specific belief, "I can solve THIS kind of problem") vs. self-esteem (a broad, global evaluation of overall self-worth).

Paying a child to read for pleasure can reduce later voluntary reading -- the overjustification effect, where extrinsic rewards undermine intrinsic motivation; don't assume all extrinsic rewards boost motivation.

Self-efficacy = task-specific "I can." SDT needs: Autonomy, Competence, Relatedness.

Motivation can be undermined both by a student's own history of uncontrollable failure and by the expectations others (especially teachers) hold about them.

Learned helplessness (Seligman): after repeated uncontrollable failure, a person stops trying even when success is possible, often attributing failure to stable, internal, uncontrollable causes. Pygmalion effect (Rosenthal & Jacobson): teachers' expectations, even arbitrarily assigned, can become a self-fulfilling prophecy that shapes actual achievement.

Pygmalion effect (a teacher's HIGH expectations unintentionally improve student performance) vs. learned helplessness (a STUDENT's own failure history leads them to give up, independent of current teacher expectations).

Teachers unknowingly giving randomly-labeled "high-potential" students more eye contact and encouragement, who then outperform peers, tests the Pygmalion effect -- don't call this "differentiated instruction," since the defining feature is unconscious expectation bias, not an intentional plan.

Pygmalion = teacher's expectation becomes student's reality. Learned helplessness = "trying is pointless" after repeated failure.

Moderate arousal can enhance performance, but excessive anxiety disrupts the cognitive resources (especially working memory) needed for learning and testing.

Yerkes-Dodson law: performance increases with arousal up to a point, then declines (inverted-U); test anxiety consumes working memory capacity, hurting complex tasks more than rote tasks; applications include optimal challenge, timely specific feedback, autonomy-support, and attributional retraining (attributing failure to effort/strategy, not fixed ability).

Facilitating (moderate) anxiety, which sharpens focus up to an optimal point, vs. debilitating (excessive) anxiety, which overloads working memory -- both come from the SAME variable (arousal) at different levels.

Yerkes-Dodson predicts the optimal arousal level is LOWER for complex/difficult tasks and higher for simple tasks -- don't assume "more arousal is always better" or that the optimum is fixed regardless of task difficulty.

Yerkes-Dodson = inverted U; too little or too much arousal both hurt performance.

Psychologists disagree about whether intelligence is one general ability or a collection of separate, relatively independent abilities.

Spearman's "g" (general intelligence factor underlying diverse cognitive tasks); Gardner's Multiple Intelligences (e.g., linguistic, logical-mathematical, spatial, musical, bodily-kinesthetic, interpersonal, intrapersonal, naturalistic); Sternberg's Triarchic Theory: analytical, creative, and practical intelligence.

Gardner's Multiple Intelligences (several distinct, domain-specific intelligences) vs. Sternberg's Triarchic Theory (three broader PROCESSES -- analytical, creative, practical -- that each apply across domains).

A student who excels at hands-on repair work but struggles on paper-and-pencil IQ tests shows practical intelligence (Sternberg), not "bodily-kinesthetic intelligence" (Gardner) -- check whether the scenario is a broad real-world process (Sternberg) or a specific content talent (Gardner).

Spearman = one "g." Gardner = many separate intelligences. Sternberg = analytical + creative + practical.

Modern intelligence testing traces to Binet's goal of identifying students needing help; current research treats intelligence as shaped by both heredity and environment.

Binet-Simon scale (first practical intelligence test, identified French schoolchildren needing remedial help); Terman's Stanford-Binet (introduced ratio IQ = mental age / chronological age $×$ 100); Wechsler scales (WISC/WAIS) use deviation IQ vs. same-age peers, mean 100, SD 15; twin/adoption studies show intelligence is influenced by genes AND environment, which interact.

Ratio IQ (Terman's original formula, breaks down for adults) vs. Deviation IQ (modern Wechsler-style score compared to same-age peers on a normal curve, mean 100, SD 15).

Given a mean of 100 and SD of 15, roughly 68% of scores fall within one SD (85-115) of the mean under the normal curve -- a common trap misapplies this percentage or the SD value.

IQ mean = 100, SD = 15 (Wechsler, deviation IQ). Binet = first practical test, for struggling students.

"Exceptionalities" cover students who perform well above and well below typical expectations, each requiring specialized identification and planning.

Giftedness: exceptionally high ability/potential (often IQ $≥q$130, though modern models add creativity and task commitment); Specific Learning Disability (SLD): a disorder in basic psychological processes causing an unexpected gap between ability and achievement (e.g., dyslexia = reading, dyscalculia = math, dysgraphia = writing), not primarily caused by intellectual disability, sensory impairment, or lack of instruction; IDEA mandates identification and services (IEPs).

Learning disability (domain-specific processing disorder despite average+ overall intelligence) vs. intellectual disability (globally below-average intellectual functioning AND adaptive behavior, evident before age 18).

A bright student reading far below grade level despite strong listening comprehension and average-to-high IQ shows the classic "unexpected gap" signature of a learning disability -- don't assume low reading scores alone mean low overall intelligence.

Giftedness = high potential/performance. LD = unexpected gap in ONE specific skill despite average+ intelligence.

Behavior/emotional disorders involve patterns significantly interfering with learning, identified by persistence, severity, and cross-setting consistency, not isolated incidents.

Emotional/Behavioral Disorder (EBD): a condition shown over a long period, to a marked degree, across multiple settings, adversely affecting educational performance; ADHD: persistent, developmentally inappropriate inattention and/or hyperactivity-impulsivity that impairs functioning; Functional Behavior Assessment (FBA) identifies the PURPOSE (attention, escape, sensory, tangible) a problem behavior serves.

A single, situational misbehavior incident vs. a diagnosable EBD, which by definition must be persistent, pervasive across settings, and significantly impair functioning.

A student disruptive only in one specific class with one specific teacher argues AGAINST a generalized EBD diagnosis (which requires cross-setting persistence) and instead points to an environmental/instructional mismatch -- don't automatically pathologize single-context behavior.

EBD/ADHD = long-standing, cross-setting, significantly impairing -- not a one-off bad day.

Schools group students by perceived ability to target instruction, but research shows real trade-offs for equity and motivation, not just achievement.

Ability grouping: flexible, within-class or subject-specific grouping by current performance; tracking: rigid, long-term placement into a fixed academic pathway that is hard to exit; research generally finds tracking benefits high-ability students modestly while disadvantaging low-ability students (lower expectations, less-experienced teachers, stigma), reinforcing social/economic and racial disparities.

Flexible, subject-specific ability grouping (revisited regularly based on progress) vs. rigid tracking (a fixed, cross-subject, long-term placement, difficult to exit).

Low-track placement is associated with LOWER expectations, a slower-paced curriculum, and WIDENING achievement gaps over time -- don't assume grouping is purely instructionally neutral with no downside.

Ability grouping = flexible, by subject. Tracking = rigid, long-term, tied to equity concerns.

Assessment serves two very different purposes -- improving learning while it's happening, or certifying/grading what has already been learned.

Formative assessment: ongoing, low-stakes, used DURING instruction to monitor progress and adjust teaching (e.g., exit tickets, questioning, draft feedback); summative assessment: given AFTER instruction to evaluate/certify learning (e.g., final exams, unit tests) -- used for grading/accountability, not to modify the instruction that produced it.

Formative assessment (assessment FOR learning -- adjusts instruction, gives actionable feedback while there's time to improve) vs. summative assessment (assessment OF learning -- a final judgment/grade).

A chapter test given at the end of a unit to assign a grade is summative even if a teacher later reviews results to plan next year's instruction -- classify by TIMING and PRIMARY PURPOSE for these students, not by any incidental future use of the data.

Formative = DURING, to adjust. Summative = AFTER, to certify/grade.

Standardized tests report scores two fundamentally different ways -- relative to other test-takers, or relative to a fixed, predetermined standard.

Norm-referenced test: compares performance to a representative norm group (percentile rank, e.g., "scored better than 75%"); criterion-referenced test: compares performance to a fixed standard/set of objectives, independent of others' performance (e.g., "mastered 8 of 10 required skills").

Norm-referenced (meaningful only RELATIVE TO OTHER TEST-TAKERS, percentile rank) vs. criterion-referenced (meaningful relative to a FIXED CONTENT STANDARD, e.g., a driving test).

A state exam reporting "proficient/basic/advanced" based on cut scores tied to learning standards is criterion-referenced -- don't assume any large-scale standardized test must be norm-referenced.

Norm-referenced = compared to PEERS (percentile). Criterion-referenced = compared to a STANDARD (mastery).

Reliability asks whether a test produces consistent, reproducible results -- necessary but not sufficient for a test to be useful.

Test-retest reliability (consistency over two administrations); alternate/parallel-forms reliability (consistency between equivalent versions); internal consistency (e.g., split-half, Cronbach's alpha -- consistency WITHIN a test); inter-rater reliability (consistency across different scorers, important for essay/performance assessment).

Reliability (CONSISTENCY/reproducibility of scores) vs. validity (ACCURACY -- whether a test measures what it claims to) -- a test can be perfectly reliable (consistently wrong) without being valid.

A bathroom scale reading 5 pounds heavy every time is highly reliable (consistent) but not valid (not accurate) -- don't assume "consistent" automatically means "accurate."

Reliability = consistency. Validity = accuracy. Reliable $≠$ valid, but valid $⇒$ reliable.

Validity is the single most important quality of a test -- the degree to which it measures the construct it claims to and supports the inferences drawn from scores.

Content validity (adequate sampling of the full content domain); criterion-related validity: concurrent (correlates with a criterion measured at the same time) and predictive (correlates with a future criterion, e.g., SAT predicting college GPA); construct validity (truly measures the underlying theoretical construct); test bias occurs when a test systematically disadvantages a group for reasons unrelated to the tested construct.

Predictive validity (scores forecast a FUTURE outcome) vs. concurrent validity (scores correlate with a criterion measured at roughly the SAME time).

A test can show strong reliability and content validity yet still be BIASED if it relies on culturally-loaded content unrelated to the tested construct -- don't treat "reliable and content-valid" as proof a test is fair.

Content validity = right coverage. Criterion validity = correlates with an outcome (concurrent = now, predictive = later). Construct validity = measures the real "thing."

High-stakes assessments attach significant consequences to test scores, raising the stakes of both good and flawed test design.

Standards-based assessment measures performance against explicit content standards; high-stakes tests drive major decisions (grade retention, diploma eligibility, school accountability); concerns include narrowed curriculum ("teaching to the test"), increased anxiety, and disproportionate impact on ELLs and students with disabilities without proper accommodations.

Accommodations (changes to HOW a test is administered, e.g., extended time, that do not alter what is measured) vs. modifications (changes to WHAT is measured/expected, which can invalidate comparisons to grade-level standards).

Extended time for a documented processing-speed disability is an accommodation that preserves validity -- don't treat any special arrangement as automatically "unfair" or as a modification.

Accommodation = same content, different access. Modification = changed content/expectations.

Raw scores are meaningless alone -- interpreting results requires understanding descriptive statistics and how scores are converted for comparison.

Mean, median, mode, range, standard deviation describe a score distribution; the normal (bell) curve is symmetric with mean = median = mode; scaled/standard scores (z-scores, T-scores, percentile ranks, stanines) convert raw scores to a common scale; percentile rank = percentage of the norm group scored at or below.

Percentile rank (PERCENTAGE OF PEOPLE outperformed in the norm group, e.g., 80th percentile) vs. percentage-correct score (raw proportion of test ITEMS answered correctly).

A student in the "80th percentile" did NOT necessarily answer 80% of questions correctly -- don't conflate percentile rank (relative, norm-group comparison) with percentage-correct (raw, absolute score).

Percentile = rank RELATIVE to peers. Percent-correct = raw score on the TEST ITSELF.

Effective instructional planning starts with clear, measurable learning objectives, and Bloom's Taxonomy provides the standard framework for targeting cognitive demand.

Bloom's (revised) Taxonomy, low to high: Remember, Understand, Apply, Analyze, Evaluate, Create; well-written objectives use observable, measurable action verbs (e.g., "list," "compare," "design") aligned to the intended cognitive level and to external content standards.

Lower-order thinking skills (Remember, Understand, Apply) vs. higher-order thinking skills (Analyze, Evaluate, Create) -- an objective asking students to "list" complex content is still lower-order.

An objective to "summarize the causes of a historical event" is at the Understand level, not Analyze -- judge the cognitive level by the VERB/operation required, not the sophistication of the content.

Bloom's (low $arrow$ high): Remember, Understand, Apply, Analyze, Evaluate, Create.

Social constructivist pedagogy applies Vygotsky's theory to instructional design, treating learning as an active, socially-mediated process of building understanding.

Scaffolding (temporary, adjustable support within the ZPD, withdrawn as competence grows); reciprocal teaching (students lead discussion using predicting, questioning, clarifying, summarizing); guided participation/apprenticeship models; constructivism holds learners actively build knowledge by connecting new experiences to prior understanding.

Social constructivism (Vygotsky -- knowledge co-constructed through SOCIAL interaction and cultural/language tools) vs. Piaget's (cognitive) constructivism (the INDIVIDUAL child constructs understanding largely through independent exploration).

A collaborative activity where a teacher offers gradually decreasing hints is scaffolding, not "direct instruction" -- teacher involvement alone doesn't disqualify constructivist pedagogy; the student must be the one constructing understanding.

Constructivism = students BUILD knowledge; scaffolding = temporary help, withdrawn as competence grows.

Structured group work can boost achievement and social skills, but only when it includes design features ensuring every student is genuinely engaged and accountable.

Johnson & Johnson's key elements: positive interdependence (members need each other to succeed), individual accountability (each member is responsible for their own contribution), face-to-face promotive interaction, social/collaborative skills, and group processing (reflecting on group functioning).

Cooperative learning with genuine positive interdependence and individual accountability vs. unstructured group seating, which risks "social loafing" (some members coast on others' effort).

A group project where one student does all the work while others share the grade signals a FAILURE of individual accountability, not a success of "cooperative learning" -- true cooperative structures require each member's contribution to be identifiable and necessary.

Cooperative learning needs BOTH positive interdependence AND individual accountability -- a group grade alone is not enough.

Effective classroom management is primarily proactive (preventing misbehavior through structure and engagement), not purely reactive (punishing misbehavior after it occurs).

Kounin's "withitness" (demonstrated awareness of everything happening in the room, catching misbehavior early); "overlapping" (managing multiple events simultaneously); the ripple effect (correcting one student's misbehavior influences nearby observers); Functional Behavior Assessment (FBA) identifies the purpose a problem behavior serves to guide intervention.

Proactive classroom management (clear expectations, routines, engaging instruction to PREVENT misbehavior) vs. reactive classroom management (responding only AFTER misbehavior occurs).

A teacher who scans the room and redirects a student before disruption escalates is demonstrating "withitness" -- don't confuse this with simple discipline; withitness is about early AWARENESS and prevention, not consequence severity.

Withitness = "eyes in the back of your head." Overlapping = juggling multiple things at once. Prevention beats punishment.

Effective teaching adapts content, process, or product to individual learner needs, whether through differentiated instructional design or the strategic integration of technology.

Differentiated instruction modifies content, process, product, and/or environment based on student readiness, interests, and learning profiles; Universal Design for Learning (UDL) builds multiple means of engagement, representation, and action/expression into the ORIGINAL lesson for ALL learners; educational technology supports differentiation only when integrated with sound pedagogy.

Differentiated instruction (individualized adjustments made for a specific student's identified needs) vs. UDL (flexible options built into the lesson design proactively, for the whole class).

Giving every student a tablet with the same software is NOT automatically differentiated instruction -- don't equate technology use with differentiation; true differentiation requires content, process, or product to vary by student need.

Differentiation = content/process/product/environment, tailored to the learner. UDL = flexible options built in from the start.

The design of an educational study determines what kind of conclusion -- correlational or causal -- can legitimately be drawn from its results.

Experimental design: manipulation of an IV with random assignment, allows causal conclusions; quasi-experimental design: manipulation/comparison groups WITHOUT random assignment, weaker causal claims; correlational design: measures relationships without manipulation, no causal claims; case study: in-depth single-case examination, not generalizable; longitudinal design: same participants studied over time; cross-sectional design: different age groups compared at one point in time.

Longitudinal design (SAME group studied repeatedly over TIME) vs. cross-sectional design (DIFFERENT groups of different ages studied at ONE point in time, confounding age with cohort effects).

A quasi-experimental study comparing two intact classrooms cannot support as strong a causal claim as a true experiment -- the deciding factor is whether participants were RANDOMLY ASSIGNED to groups, not just whether there's a comparison group.

Random assignment = TRUE experiment (causal). No random assignment = quasi-experimental or correlational (NOT causal).

Researchers choose specific data-collection methods, and readers must correctly interpret statistical relationships -- most critically, never confusing correlation with causation.

Survey/questionnaire (self-report from many participants); naturalistic observation (recording behavior in its natural setting); interview (in-depth, often qualitative data); correlation coefficients range from $-1$ to $+1$, indicating strength/direction but never proving causation; a "third variable" may explain an observed correlation.

Correlation (a statistical co-occurrence between two variables) vs. causation (one variable directly produces a change in another) -- "correlation does not imply causation" is the single most tested principle in this category.

Students who eat breakfast having higher test scores does NOT prove breakfast causes better performance -- a third variable (e.g., family SES) could independently influence both breakfast habits and academic performance.

Correlation $≠$ causation -- always ask about a hidden "third variable" before assuming cause and effect.

Learning and achievement never occur in a vacuum -- a student's ethnic/racial/cultural background and socioeconomic status (SES) shape access to resources and how "school success" itself gets defined.

SES (income, education, occupational prestige) is one of the strongest, most consistent predictors of academic achievement due to differential access to nutrition, healthcare, enrichment, stable housing, and school funding; the achievement gap describes persistent disparities correlated with race/ethnicity and SES; cultural capital (Bourdieu) refers to culturally-valued knowledge/dispositions, often aligned with the dominant culture, that can advantage some students.

An achievement gap correlated with race or SES (a documented pattern driven by unequal opportunity/resources) vs. an assumption of inherent group ability differences (scientifically unsupported) -- CLEP treats gaps as products of environmental/opportunity factors.

Lower average achievement scores for a low-SES group test understanding of opportunity/resource-based explanations -- a trap answer attributes the gap to the group's effort or ability rather than documented structural disparities.

SES = one of the strongest predictors of achievement; achievement gaps trace to unequal OPPORTUNITY, not innate ability.

Meeting the needs of a diverse student population requires understanding how language background and gender-related patterns interact with instruction, and adapting teaching to be inclusive of students' cultural backgrounds.

Additive bilingualism research shows developing a first language SUPPORTS (not hinders) second-language acquisition and cognitive development (e.g., metalinguistic awareness); Cummins' distinction: Basic Interpersonal Communication Skills (BICS, conversational fluency, 1-2 years) vs. Cognitive Academic Language Proficiency (CALP, academic language, 5-7 years); culturally responsive teaching connects curriculum and instruction to students' own cultural backgrounds to increase engagement and achievement.

BICS (everyday conversational language, develops relatively quickly) vs. CALP (abstract, decontextualized academic language, takes considerably longer to develop).

Assuming an ELL student who converses fluently on the playground is ready for grade-level academic reading/writing confuses BICS with CALP -- conversational fluency is not proof of academic language proficiency.

BICS = everyday talk (fast). CALP = academic language (slow, 5-7 years). Additive bilingualism helps, doesn't hurt, cognition.

Know the exam numbers (100 Q / 90 min) and the stats numbers (IQ 100/15, WM 7$±$2) cold.

When two terms look alike on the CLEP, ask: consistency or accuracy? during or after? peers or standard?

Match the KEYWORD in the scenario to the theorist's signature term, not just the general topic.

These frameworks ARE the exam -- know each list in order, cold.

Domain $arrow$ key action $arrow$ theorist $arrow$ eliminate near-synonyms $arrow$ check direction $arrow$ answer.

100 questions, 90 minutes, all multiple-choice, no essay -- some items are unscored, so never skip one.

Assess $arrow$ objectives $arrow$ plan $arrow$ deliver $arrow$ formative check $arrow$ summative check $arrow$ interpret $arrow$ repeat.

Random assignment = causal claim allowed. No random assignment = correlation talk only.

If a statement sounds tidy and absolute, check it against the exact operational definition -- CLEP traps punish approximate memory.