CLEP Human Growth and Development Quick Review

Every developmental theory takes a position on recurring debates--nature vs.\ nurture, continuity vs.\ discontinuity--and psychodynamic theory frames development as driven by resolving internal conflict across fixed stages.

Freud's psychosexual stages (oral, anal, phallic, latency, genital) are driven by libido; the unconscious motivates behavior. The nature-nurture debate asks what source drives development; the continuity-discontinuity debate asks whether change is gradual or stage-like.

Nature-nurture debate (source of development) vs.\ continuity-discontinuity debate (pattern of development).

Labeling any stage theory ``psychodynamic''--only Freud's and Erikson's theories belong to that tradition.

Debates first, then camp: nature/nurture $arrow$ continuity/discontinuity $arrow$ context.

Learning theorists argue development results from experience, reinforcement, and observation rather than from internal stages.

Classical conditioning (Pavlov) pairs a neutral stimulus with an unconditioned stimulus. Operant conditioning (Skinner) shapes behavior through reinforcement and punishment. Bandura's social cognitive theory adds observational learning/modeling, reciprocal determinism (person-behavior-environment), and self-efficacy.

Classical conditioning (stimulus association) vs.\ operant conditioning (consequence-shaped behavior) vs.\ observational learning (learning without direct reinforcement).

Treating modeling as identical to reinforcement--Bandura's Bobo doll studies showed learning can occur with no reinforcement to the observer at all.

Pavlov pairs, Skinner rewards, Bandura watches.

Development is also shaped by nested environmental systems, cultural transmission, and behaviors that persisted because they were adaptive.

The ecological perspective situates the individual within nested environmental contexts. The sociocultural perspective holds that culture and social interaction drive development. The evolutionary/ethological perspective explains behavior through adaptive value; Bowlby framed attachment as an evolved survival mechanism, and Lorenz demonstrated imprinting in goslings during a critical period.

Critical period (a fixed window--the behavior may never develop if missed) vs.\ sensitive period (an optimal window--development can still occur later, just less easily).

Assuming ``ecological'' theory refers to environmental science rather than to a nested-systems model of context.

Systems $arrow$ Culture $arrow$ Adaptation.

The design chosen determines what kind of claim--description, association, or causation--a study can actually support.

A case study gives an in-depth single-subject account with no generalizability. A correlational study measures the direction and strength of an association but cannot establish causation. An experiment manipulates an independent variable, controls confounds, and uses random assignment; it is the only design that supports causal claims.

Correlation (variables co-occur) vs.\ causation (manipulation produces the change).

Assuming a strong correlation (e.g., $r = .80$) proves that one variable causes the other.

Describe $arrow$ Associate $arrow$ Cause: case study, correlational, experimental.

Studying change over time forces a trade-off between time, cost, attrition, and cohort effects.

Longitudinal designs follow the same people over time, tracking true change but risking attrition and practice effects. Cross-sectional designs compare different age groups at one time--fast, but age is confounded with cohort. Cross-sequential (sequential) designs combine both by following multiple cohorts over time. Observational designs record naturally occurring behavior without manipulation.

Cohort effect (a generational difference unrelated to age) vs.\ a true age/developmental effect.

Treating a cross-sectional study as if it shows individual change over time--it only compares different people once.

Same people over time = longitudinal; different ages once = cross-sectional; both combined = sequential.

Genotype supplies the biological potential; phenotype is the observable outcome of genotype interacting with environment.

Humans have 23 pairs of chromosomes (22 autosomal + 1 sex pair). Dominant and recessive alleles follow predictable inheritance patterns. Down syndrome = trisomy 21; Klinefelter syndrome = XXY; Turner syndrome = X0; phenylketonuria (PKU) is a recessive metabolic disorder. Genetic counseling and prenatal testing (amniocentesis, chorionic villus sampling) screen for such conditions.

Genotype (genetic makeup) vs.\ phenotype (observable expression, shaped by environment).

Assuming a dominant-gene condition must be more common than a recessive one--frequency depends on population genetics, not dominance status.

Genotype (code) $arrow$ environment (context) $arrow$ phenotype (expression).

Prenatal development moves through three tightly sequenced stages, and vulnerability to teratogens depends on precise developmental timing.

Germinal stage (fertilization to about 2 weeks, includes implantation); embryonic stage (weeks 3-8, organogenesis--the period of greatest vulnerability); fetal stage (week 9 to birth, growth and maturation of already-formed structures). Teratogens include alcohol (fetal alcohol spectrum disorders), nicotine, certain medications, maternal infection (e.g., rubella), and radiation; effects depend on dose, timing, and the organ system developing at exposure.

Embryonic stage (organ formation, highest teratogen risk) vs.\ fetal stage (growth of already-formed structures, generally lower structural risk).

Assuming any teratogen exposure causes damage regardless of trimester--the same substance can be harmless or catastrophic depending on timing.

Timing determines damage: organ forming = highest risk.

Motor development follows a predictable cephalocaudal (head-to-tail) and proximodistal (center-to-periphery) sequence, and puberty follows a hormonally triggered but individually variable timetable.

Gross motor skills (crawling, walking) precede fine motor refinement (grasping). Puberty is triggered by the hypothalamic-pituitary-gonadal (HPG) axis. Primary sex characteristics involve the reproductive organs; secondary sex characteristics (breast development, facial hair) do not. Menarche and spermarche mark reproductive maturation; the secular trend describes a historical shift toward earlier puberty onset.

Primary sex characteristics (reproductive structures) vs.\ secondary sex characteristics (nonreproductive traits like body hair).

Treating the onset age of puberty as fixed--normal timing varies widely by individual and by sex.

Head-to-tail, center-to-out, hormones drive puberty.

Aging is a gradual, multi-system biological process, and distinguishing normal aging from disease-driven decline matters.

Primary aging is normal, genetically influenced decline (e.g., slower reaction time, sensory decline). Secondary aging results from disease, lifestyle, or environmental factors. Menopause marks the cessation of menstruation and estrogen decline. Common late-life changes include presbyopia (vision) and presbycusis (hearing). Life expectancy (average years lived) differs from life span (the maximum biologically possible age).

Primary aging (universal, ``normal'' decline) vs.\ secondary aging (disease- or lifestyle-driven, often preventable).

Attributing a treatable health problem in an older adult to ``just aging'' rather than to a secondary, addressable cause.

Normal wear = primary; disease/lifestyle = secondary.

Infants are far more perceptually competent at birth than once believed, and their skills sharpen rapidly through experience.

Habituation is a decreased response to a repeated stimulus, used to test infant perception and memory; dishabituation is a renewed response to a new stimulus, proving discrimination. Vision is the least mature sense at birth and improves rapidly; hearing, taste, smell, and touch are comparatively well developed at or before birth. The visual cliff experiment tested infant depth perception.

Habituation (interest fades to a familiar, repeated stimulus) vs.\ dishabituation (interest renews to a novel stimulus).

Assuming a lack of overt behavioral response means an infant cannot perceive a stimulus--habituation paradigms can reveal perception that behavior alone would miss.

Same $arrow$ bored (habituate); new $arrow$ interested again (dishabituate).

Perceptual systems typically need appropriately timed stimulation to develop normally, and prolonged deprivation during that window can leave lasting effects.

A sensitive period is a window when the nervous system is maximally receptive to a particular experience. Sensory-deprivation research (including clinical cases of congenital cataracts) shows that a lack of patterned input during the sensitive window can permanently impair later perceptual function, even after normal input resumes.

Sensitive period (flexible, optimal window) vs.\ critical period (rigid, fixed deadline, as with imprinting).

Assuming any delay in stimulation is automatically permanent--outcomes depend on the system involved and how the deprivation's duration relates to the sensitive window.

Right input, right window = normal wiring.

Piaget argued children actively construct their understanding of the world by moving through qualitatively distinct, maturing stages of reasoning.

Sensorimotor (birth-2: object permanence); preoperational (2-7: symbolic thought, egocentrism, lacks conservation); concrete operational (7-11: conservation, reversibility, logical thought about concrete objects); formal operational (11+: abstract, hypothetical reasoning). Core mechanisms: schemas, assimilation (fitting new information into an existing schema), accommodation (changing a schema to fit new information), and equilibration.

Assimilation (new information reshaped to fit an existing schema) vs.\ accommodation (a schema reshaped to fit new information).

Assuming everyone reaches formal operational reasoning, or reaches it at the same age--it is individually and culturally variable.

Sensorimotor $arrow$ Preoperational $arrow$ Concrete $arrow$ Formal: object $arrow$ symbol $arrow$ logic $arrow$ abstraction.

Vygotsky held that cognitive development is fundamentally a social and cultural process mediated by language and more skilled partners.

The zone of proximal development (ZPD) is the gap between what a learner can do alone versus with guided assistance. Scaffolding is adjustable support that a more skilled partner provides and gradually withdraws as competence grows. Private/inner speech is self-directed talk that guides thinking. Culture supplies psychological ``tools'' such as language and symbols.

Piaget's view (the child as a solitary scientist constructing knowledge) vs.\ Vygotsky's view (the child develops through guided social interaction).

Describing scaffolding as simply giving the answer--effective scaffolding is calibrated support that fades as independence grows.

ZPD = the cannot-alone-but-can-with-help zone; scaffolding closes it.

The information-processing approach models cognition as interacting components--attention, memory stores, control processes--that grow more efficient with development.

Attention becomes more selective and sustained with age. Working memory capacity increases through childhood. Executive function includes inhibitory control, cognitive flexibility, and working memory, and continues developing into early adulthood. Metacognition is awareness/monitoring of one's own thinking. Memory strategies (rehearsal, organization, elaboration) improve with age.

Working memory (actively holding/manipulating information) vs.\ long-term memory (stored, relatively permanent knowledge).

Assuming poor performance on a memory task reflects poor storage rather than poor retrieval or weak strategy use.

Attention filters $arrow$ memory stores $arrow$ executive function controls.

Cognitive skill is not just raw processing speed--expertise and wisdom reflect accumulated, domain-specific and life experience that can offset age-related decline.

Expertise develops through extensive domain-specific practice and produces efficient, chunked problem solving. Fluid intelligence (novel-problem reasoning) tends to decline with age, while crystallized intelligence and wisdom (accumulated knowledge, practical judgment) tend to remain stable or increase. Play in childhood supports problem solving, planning, and social-cognitive skill.

Fluid intelligence (speed/novel reasoning, declines with age) vs.\ crystallized intelligence (knowledge-based, wisdom-related, stable or increasing with age).

Assuming all cognitive abilities decline uniformly in older adulthood--vocabulary, expertise, and wisdom often hold steady or improve.

Fluid fades, crystallized (and wisdom) holds.

Language develops in a strikingly universal sequence, and theorists disagree about how much of that capacity is innate versus learned.

Cooing (about 2 months) $arrow$ babbling (about 6 months) $arrow$ first words (about 12 months) $arrow$ telegraphic/two-word speech (about 18-24 months) $arrow$ rapid vocabulary growth. Chomsky proposed an innate language acquisition device (LAD)/universal grammar; Skinner argued language is learned through reinforcement and imitation; interactionist views combine biological readiness with social input such as child-directed speech.

Nativist view (biological, innate grammar capacity) vs.\ learning/behaviorist view (reinforcement and imitation shape language).

Treating babbling as meaningless noise--it reflects universal phonetic exploration and narrows toward the native language by about 10-12 months.

Coo $arrow$ babble $arrow$ word $arrow$ two-word $arrow$ grammar explosion.

Language competence requires mastering meaning, structure, and appropriate social use all at once.

Semantic development is the growth of word meaning and vocabulary, including overextension (using ``dog'' for all animals) and underextension. Syntax governs how words combine into grammatical sentences, including overregularization of grammar rules (e.g., ``goed''). Pragmatics governs the social/contextual rules of language use, such as turn-taking and tone.

Overextension (applying a word too broadly) vs.\ overregularization (applying a grammar rule too broadly, including to irregular forms).

Interpreting a grammar error like ``goed'' as poor language development--overregularization is actually evidence the child has learned a grammatical rule.

Meaning = semantics; structure = syntax; social use = pragmatics.

Language development is powerfully shaped by the linguistic and cultural environment, and bilingual exposure has a distinct developmental profile.

Bilingual children may show a temporarily smaller vocabulary in each single language but comparable or superior overall linguistic, metalinguistic, and executive-function skills. Code-switching (alternating languages) is normal bilingual competence, not confusion. Language and thought interact (Vygotsky's view that language shapes thought via inner speech). Rich, responsive caregiver language input predicts stronger vocabulary growth.

Code-switching (normal bilingual competence) vs.\ genuine language delay (an actual developmental concern).

Assuming bilingualism causes language delay--research generally shows no overall disadvantage, and often cognitive/executive-function benefits.

Two languages, one competent system.

Intelligence has been conceptualized both as a single general factor and as multiple distinct abilities, and tests translate these theories into scores.

Spearman proposed g, a general intelligence factor. Gardner proposed multiple intelligences (e.g., linguistic, logical-mathematical, spatial, musical, bodily-kinesthetic, interpersonal, intrapersonal). Sternberg's triarchic theory identifies analytical, creative, and practical intelligence. IQ tests (e.g., Stanford-Binet, Wechsler scales) yield standardized scores. Reaction range describes the genetically set boundaries within which environment shapes a trait's expressed level.

Reliability (consistency of a test's results) vs.\ validity (whether the test measures what it claims to measure).

Treating an IQ score as fixed and purely genetic--reaction range shows environment meaningfully shapes outcomes within genetic limits.

One factor ($g$) vs.\ many factors (Gardner, Sternberg).

Intelligence test performance shows both continuity and change across the life span, and giftedness and creativity are related but distinct from IQ.

Giftedness is typically defined by high IQ and/or exceptional domain-specific talent or creativity. Intelligence scores become more stable (better long-term prediction) as children grow older. The Flynn effect describes the observed rise in average IQ scores across generations. Creativity involves divergent thinking (many novel solutions), distinct from the convergent, single-answer thinking IQ tests emphasize.

Convergent thinking (one correct answer, tested by IQ tests) vs.\ divergent thinking (many possible answers, associated with creativity).

Assuming a high-IQ child is automatically creative, or vice versa--the two correlate only moderately.

$g$ predicts convergent skill; creativity also needs divergent thinking.

Attachment theory holds that the quality of an infant's early emotional bond with caregivers shapes a lasting internal working model for relationships.

Bowlby framed attachment as an evolved survival system. Ainsworth's Strange Situation identifies attachment styles: secure (distress at separation, comforted at reunion), avoidant (little distress, avoids caregiver at reunion), resistant/ambivalent (distress, not easily comforted at reunion), and disorganized (contradictory, confused behavior). Secure attachment is linked to caregiver sensitivity and responsiveness.

Avoidant attachment (minimizes need for the caregiver) vs.\ resistant/ambivalent attachment (exaggerates distress, hard to soothe).

Assuming attachment style is permanently fixed at infancy and unaffected by later relationships or context.

Secure = comforted; avoidant = ignores; resistant = inconsolable; disorganized = confused.

Moral reasoning develops through an invariant sequence of increasingly abstract standards for judging right and wrong, from consequence-based to principle-based thinking.

Kohlberg's levels: preconventional (reasoning based on punishment/reward), conventional (reasoning based on social approval, law and order), and postconventional (reasoning based on abstract, self-chosen ethical principles). Gilligan critiqued Kohlberg for underweighting a care-based, relationship-focused moral orientation relative to a justice-based orientation.

Conventional level (conforms to social rules/laws) vs.\ postconventional level (may judge an unjust law by a higher ethical principle).

Assuming moral behavior always matches a person's moral-reasoning stage--people can reason at a high stage without always acting accordingly.

Punishment $arrow$ approval $arrow$ principle: pre $arrow$ conventional $arrow$ post.

Social behavior develops through biological predisposition, cognition, and socialization together, producing both prosocial and aggressive patterns alongside gender understanding.

Prosocial behavior is voluntary behavior intended to benefit others (helping, sharing, comforting), predicted by empathy and perspective-taking. Aggression can be instrumental (goal-directed) or hostile/reactive (intent to harm), and physical or relational. Gender identity, gender roles, and gender schemas develop through biological, cognitive, and socialization processes.

Instrumental aggression (a means to a goal, e.g., taking a toy) vs.\ hostile aggression (the goal is to harm).

Assuming aggression is purely biologically driven--socialization, modeling, and reinforcement strongly shape its expression.

Help = prosocial; goal-hurt = instrumental; intend-hurt = hostile.

Understanding of the self and of other minds becomes progressively more abstract, multidimensional, and socially embedded with development.

Self-concept shifts from concrete, physical descriptions in early childhood to abstract, psychological, comparative descriptions in adolescence. Theory of mind--the understanding that others hold distinct beliefs and perspectives--typically emerges around age 4, shown by false-belief tasks. Social cognition includes perspective-taking and social comparison, both growing more sophisticated with age. Identity development is a key task of adolescence.

Self-esteem (an evaluative judgment of self-worth) vs.\ self-concept (a descriptive understanding of who one is).

Assuming young children who fail false-belief tasks are simply less intelligent--it reflects a specific theory-of-mind milestone, not general cognitive delay.

Self-concept describes; self-esteem evaluates; theory of mind = others think differently than I do.

Bronfenbrenner argued that development is shaped by nested layers of environmental context, from immediate settings to broad cultural forces, all interacting over time.

Microsystem = immediate settings with direct contact (family, school). Mesosystem = connections between microsystems (e.g., home-school relationship). Exosystem = settings that affect the child indirectly, without the child's direct participation (a parent's workplace). Macrosystem = broad cultural values, laws, and customs. Chronosystem = the dimension of time and historical change.

Microsystem (direct, immediate contact) vs.\ exosystem (indirect influence, no direct participation).

Mislabeling a parent's workplace stress affecting a child as a microsystem effect--the child has no direct contact with the workplace, making it an exosystem influence.

Micro $arrow$ Meso $arrow$ Exo $arrow$ Macro $arrow$ Chrono: near to far, now to history.

Parenting style--the combination of warmth/responsiveness and control/demandingness--is consistently linked to differences in child outcomes.

Baumrind's styles: authoritative (high warmth, high control--associated with the best outcomes), authoritarian (low warmth, high control), permissive (high warmth, low control), and uninvolved/neglectful (low warmth, low control). Family structures (nuclear, single-parent, blended, extended, same-sex parent) vary in composition, but structure alone is a weaker predictor of outcomes than parenting quality and family process.

Authoritarian parenting (strict, low warmth, demands obedience) vs.\ authoritative parenting (high standards paired with warmth and responsiveness).

Assuming any non-nuclear family structure is inherently harmful to development--research emphasizes family process (warmth, conflict, stability) over structure alone.

Warmth + control = authoritative (best); high control alone = authoritarian.

Family and social environments can profoundly disrupt development through maltreatment, and understanding death and loss is itself a developmental process.

Abuse/neglect can be physical, emotional, sexual, or neglect of basic needs; early maltreatment is linked to disrupted attachment and emotional/behavioral problems, moderated by risk and resilience/protective factors. Children's understanding of death (finality, irreversibility, universality) develops gradually and is typically not fully grasped until about age 7-10. K\"ubler-Ross proposed stages of grief (e.g., denial, anger, bargaining, depression, acceptance), though these are not a fixed, universal sequence.

Risk factors (increase the likelihood of a poor outcome) vs.\ resilience/protective factors (buffer against adversity and promote positive outcomes).

Treating K\"ubler-Ross's stages as a rigid, universal, linear sequence everyone must pass through--grief responses vary widely by individual and culture.

Maltreatment raises risk; resilience factors buffer it.

Erikson proposed that personality develops across the entire life span through eight sequential crises, each resolved along a positive-negative continuum.

Trust vs.\ mistrust (infancy); autonomy vs.\ shame/doubt (toddlerhood); initiative vs.\ guilt (early childhood); industry vs.\ inferiority (school age); identity vs.\ role confusion (adolescence); intimacy vs.\ isolation (young adulthood); generativity vs.\ stagnation (middle adulthood); ego integrity vs.\ despair (late adulthood).

Identity vs.\ role confusion (the adolescent task of forming a coherent self) vs.\ intimacy vs.\ isolation (the young-adult task of forming close, committed relationships).

Confusing Erikson's psychosocial (social, lifespan) stages with Freud's psychosexual (biological drive, childhood-only) stages--the names and age ranges differ.

Trust $arrow$ Autonomy $arrow$ Initiative $arrow$ Industry $arrow$ Identity $arrow$ Intimacy $arrow$ Generativity $arrow$ Integrity, birth to death.

Freud held that personality forms in early childhood as psychic energy (libido) focuses on a sequence of bodily zones, and that unconscious conflict among personality structures drives behavior.

Oral, anal, phallic, latency, and genital stages; fixation is an unresolved conflict at a stage that shapes adult personality. Id operates on the pleasure principle (unconscious drives); ego operates on the reality principle (mediates); superego is the internalized moral standard. Defense mechanisms (e.g., repression, denial, projection) protect the ego from anxiety.

Id (seeks immediate gratification) vs.\ superego (internalized moral conscience) vs.\ ego (reality-based mediator between the two).

Applying Freud's stage terminology to social/relational development--Freud's stages describe the focus of libido, not social tasks (that is Erikson's framework).

Id wants it now, superego says no, ego finds a way.

Infants show early, biologically based individual differences in temperament that interact with caregiving to shape later emotional and personality development.

Thomas and Chess identified temperament types: easy, difficult, and slow-to-warm-up. Goodness of fit--the match between a child's temperament and the caregiving environment--predicts adjustment. Basic emotions (joy, anger, fear, sadness) emerge early; self-conscious emotions (pride, shame, guilt, embarrassment) emerge later, once self-awareness develops. Emotion regulation improves substantially across childhood.

Temperament (early, biologically based behavioral style) vs.\ personality (a broader, later-developing pattern shaped by temperament plus experience).

Assuming a ``difficult'' temperament guarantees poor outcomes--goodness of fit with caregiving matters more than temperament type alone.

Temperament is the raw wiring; goodness of fit determines the outcome.

Translating developmental theory into educational and clinical practice requires matching interventions to a person's developmental level and needs.

Operant conditioning principles (reinforcement, shaping, extinction) underlie many classroom-management and behavioral intervention programs. Early, sustained intervention (e.g., high-quality preschool/day care) can improve outcomes for at-risk children. Individualized programs address specific learning disabilities. Role transitions (e.g., entering school, retirement) are supported by preparation and structured assistance.

Intervention (proactive support to improve outcomes) vs.\ remediation delivered only after a problem becomes severe.

Assuming one intervention approach benefits all children equally regardless of developmental stage or individual needs.

Match the intervention to the developmental level, not the other way around.

Work identity develops gradually across adolescence and adulthood, and retirement is a major, often gradual, developmental transition rather than a single event.

Vocational identity and exploration typically develop through adolescence and early adulthood as part of broader identity formation. Retirement involves adjusting to the loss of a work role, income change, and restructured daily routine and social contact. Preparation and continued social engagement predict better retirement adjustment.

Chronological retirement age (a legal/institutional marker) vs.\ psychological adjustment to retirement (an ongoing developmental process).

Assuming retirement is uniformly experienced as a negative life event--reactions vary widely based on preparation, choice, health, and social support.

Work identity builds through adulthood; retirement is a transition, not an endpoint.

Developmental psychopathology studies how normal developmental processes go awry, using standardized diagnostic criteria to distinguish disorders from typical variation.

CLEP questions follow DSM-5 terminology. Attention-deficit/hyperactivity disorder (ADHD) involves persistent inattention and/or hyperactivity-impulsivity that impairs functioning. Autism spectrum disorder (ASD) involves persistent deficits in social communication/interaction plus restricted, repetitive behaviors. Learning disabilities are specific difficulties in one domain (e.g., reading, math) despite otherwise typical ability. Intellectual disability involves significant limitations in both intellectual functioning and adaptive behavior with onset during the developmental period.

Learning disability (a specific academic-skill deficit with average or above general intellect) vs.\ intellectual disability (broad limitation across intellectual and adaptive functioning).

Assuming ASD is defined mainly by intellectual impairment--it is defined by social-communication and restricted/repetitive-behavior criteria; intellectual ability varies widely across the spectrum.

ADHD = attention/activity; ASD = social + repetitive; LD = specific skill; ID = broad functioning.

Psychopathology across the life span ranges from internalizing distress to externalizing conduct problems to progressive cognitive decline in later life.

Anxiety and mood disorders (e.g., depression) are internalizing disorders marked by distress directed inward. Antisocial behavior violates others' rights; asocial behavior involves withdrawal. Fears, phobias, and obsessions are anxiety-related; trauma-based syndromes (e.g., PTSD) follow exposure to a traumatic event. Dementia is a cognitive disorder marked by significant, progressive decline in memory and other cognitive functions that interferes with daily functioning--distinct from normal age-related memory change.

Normal age-related forgetfulness (mild, non-progressive) vs.\ dementia (progressive, functionally impairing cognitive decline).

Assuming every memory complaint in an older adult indicates dementia--normal aging includes some slowing without functional impairment.

Inward distress = internalizing; outward violation = antisocial; progressive memory loss = dementia, not normal aging.

Attach every number to a stage, theorist, and domain--never memorize a number alone.

When two terms look similar, identify the different job each one performs.

A correct concept attributed to the wrong theorist is still a wrong answer.

Biological, Cognitive, and Social Development are each weighted heaviest at 12% apiece.

Stage $arrow$ Domain $arrow$ Theory $arrow$ Trap check $arrow$ Eliminate.

90 questions, 90 minutes, DSM-5 vocabulary, answer every question.

Prenatal $arrow$ Infancy $arrow$ Early childhood $arrow$ Middle childhood $arrow$ Adolescence $arrow$ Early adulthood $arrow$ Middle adulthood $arrow$ Late adulthood.

Identify the design before you trust the conclusion.

Many wrong answers attach a true fact to the wrong stage, theorist, or term.

Stage? Domain? Theorist? Term precision? Ask all four before you choose an answer.