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This deck focuses on 9b Demographic Structure Age Gender, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Study 9b Demographic Structure Age Gender in MCAT Psychological Social Foundations with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Identify the age groups typically counted as dependents in the dependency ratio.
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Ages 0–14 and 65+. Children and elderly who typically don't work full-time.
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This deck focuses on 9b Demographic Structure Age Gender, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Ages 0–14 and 65+. Children and elderly who typically don't work full-time.
Answer: Stage 2 (transitional/early industrial). Improved healthcare reduces deaths; births stay high.
Answer: Immigration minus emigration, usually expressed per 1,000 population. This rate quantifies migration's net effect on population change, crucial for urban planning and resource allocation.
Answer: Disengagement theory. Controversial theory suggesting mutual withdrawal benefits society.
Answer: How age-graded roles and historical context shape individual trajectories. Examines timing of life events and social expectations.
Answer: Low birth rate and low death rate; stable or slow growth. Post-industrial equilibrium with both rates at low levels.
Answer: Stress from competing demands within a single social role. Occurs when one role has conflicting expectations.
Answer: Sex is biological traits; gender is socially constructed roles/identity. Sex is chromosomes/anatomy; gender is cultural expectations.
Answer: Stage 2 (early industrializing). Medical advances reduce mortality before fertility declines.
Answer: Ages 0-14 and 65+. Non-working ages requiring economic support.
Answer: Relative burden of dependents compared with the working-age population. Measures economic pressure on productive population.
Answer: Constrictive pyramid (narrow base, wider middle/older cohorts). Inverted shape shows declining births and population aging.
Answer: Sex ratio =FM×100. Multiplied by 100 to express as males per 100 females.
Answer: Number of males per 100 females in a population. Calculated as femalesmales×100.
Answer: Broad base and narrow top (expansive pyramid). Many young people and high birth rates create a triangular shape.
Answer: Ratio of dependents (young and old) to working-age population. Measures economic burden on productive population.
Answer: High fertility, youthful population, and rapid growth. Triangle shape shows many births and young dependents.
Answer: Number of live births per woman in a population. It measures reproductive behavior, influencing population growth and age structure in demographic models.
Answer: Model linking development to shifts in birth and death rates over time. Explains population changes through stages of birth/death rate transitions.
Answer: High birth rate and high death rate; slow population growth. Pre-industrial societies with limited healthcare/sanitation.
Answer: Major event that produces a lasting shift in life direction. Turning points disrupt established paths, often leading to significant personal growth or challenges in adaptation.
Answer: Approach emphasizing how age-graded roles and transitions shape lives over time. Examines timing, sequencing, and social contexts of life transitions.
Answer: Annual deaths per 1,000 people in a population. Standardized measure for comparing death rates.
Answer: Ratio of dependents (young + old) to the working-age population. Measures economic pressure on productive age groups.
Answer: ΔN=(B−D)+(I−E). B=births, D=deaths, I=immigration, E=emigration.
Answer: Differences due to being born in the same time period and sharing historical context. Shared experiences create generational similarities.
Answer: High birth rate and high death rate; low population growth. Pre-industrial societies with minimal medical care and agriculture.
Answer: A bar graph showing age distribution by sex for a population. Visualizes population structure by age and sex simultaneously.
Answer: Age and sex distribution across cohorts in a population. Visualizes population structure as horizontal bars by age and gender.
Answer: Sex is biological; gender is socially constructed roles/identity. Sex is chromosomal; gender involves cultural expectations.
Answer: Expansive pyramid with a broad base. Young populations form wide-based triangular shapes.
Answer: Model of population change with shifts in birth and death rates. Describes how societies progress through predictable fertility and mortality patterns.
Answer: Ratio of dependents (young and old) to working-age population. Higher ratios indicate greater economic burden on workers.
Answer: Average number of children a woman is expected to have. Measures fertility levels across a population.
Answer: High birth rate and high death rate; slow population growth. Pre-industrial societies have balanced high rates, resulting in minimal growth.
Answer: Constrictive pyramid (narrow base relative to middle). Low birth rates create smaller younger cohorts than middle-aged.
Answer: Approximately 2.1 children per woman. Accounts for infant mortality; maintains stable population size.
Answer: Changes in birth and death rates as a society industrializes. Model showing population changes during economic development.
Answer: Skewed sex ratio (sex ratio imbalance). Demographic imbalance from selective factors affecting one sex more.
Answer: Annual deaths per 1,000 people in a population. Measures deaths relative to total population size annually.
Answer: Effects linked to chronological age (for example, puberty or retirement). Biological and social changes tied to specific ages.
Answer: Number of males per number of females, often per 100 females. Typically expressed as males per 100 females.
Answer: Differences due to being born in different historical periods. Shared experiences shape generational characteristics.
Answer: Age and sex distribution across cohorts. Visual representation of population structure by age/sex.
Answer: Constrictive pyramid (narrow base, wider middle/older cohorts). Low fertility creates smaller younger cohorts.
Answer: Falling birth rate with low death rate; growth slows. Urbanization and contraception reduce births as deaths stabilize.
Answer: Constrictive or rectangular shape with a narrower base. Narrow base shows low birth rates in developed countries.
Answer: Number of males per 100 females. Standard demographic measure of gender balance.
Answer: Long-term pattern of stability and change across the life span. Trajectories capture cumulative experiences, illustrating how early events influence long-term health and socioeconomic status.
Answer: Average number of children born per woman over her lifetime. Key measure of population replacement potential.
Answer: Constrictive pyramid: narrow base with relatively larger middle/older cohorts. Low birth rates create narrow base typical of aging societies.
Answer: Overlapping identities (e.g., gender, race, class) producing combined inequality. Intersectionality reveals how multiple social categories interact to create unique experiences of discrimination and privilege.
Answer: Ageism. Systematic stereotyping and discrimination by age.
Answer: Dependency ratio =15–64(0–14)+(65+). Compares non-working ages to working-age population.
Answer: Ongoing process of learning norms, roles, and behaviors at each life stage. Socialization ensures individuals adapt to evolving societal expectations, fostering continuity and change across generations.
Answer: Narrow base relative to middle cohorts (constrictive pyramid). Low birth rates create fewer young people than middle-aged adults.
Answer: Constrictive pyramid (narrow base, larger middle/older cohorts). Reflects declining birth rates and increasing life expectancy.
Answer: rac{ ext{CBR}- ext{CDR}}{10} (percent per year, if rates per 1000). Divide by 10 to convert from per 1000 to percentage.
Answer: Older age groups contain proportionally more women due to longer female life expectancy. Women outlive men, creating female-majority elderly populations.
Answer: Number of males per 100 females in a population. Standard demographic measure of gender balance.
Answer: 15–64(0–14)+(65+)×100. Sums young and old dependents over working age.
Answer: Rapid growth with a large proportion of young individuals. A broad base indicates high birth rates and youthful demographics, driving exponential population increase if mortality is low.
Answer: Average number of years a newborn is expected to live. This metric reflects overall health, nutrition, and medical access, projecting future population needs.
Answer: Annual births per 1000 people in a population. Standardized measure allowing comparison across populations.
Answer: Period effects. Period effects result from widespread events like wars or recessions, uniformly impacting behaviors and outcomes across age groups.
Answer: Age norms. Social rules about age-appropriate behaviors and life transitions.
Answer: High birth rate with falling death rate; rapid population growth. Improved sanitation and medicine reduce deaths while births remain high.
Answer: Social role linked to age norms (for example, student, retiree). Society assigns different expectations based on life stage.
Answer: Stable or slow growth with similar cohort sizes. Equal cohort sizes indicate replacement-level fertility.
Answer: High birth rate and high death rate; low population growth. Pre-industrial societies with limited healthcare and agriculture.
Answer: femalesmales×100. Calculates males per 100 females for comparison.
Answer: Differences due to being born in the same time period. Shared experiences shape generational characteristics.
Answer: Birth rate falls; death rate low; growth slows. Urbanization and education lead to smaller family preferences.
Answer: About 2.1 children per woman. Accounts for infant mortality to maintain stable population.
Answer: Sex is biological traits; gender is socially constructed roles and identities. Sex = chromosomes/anatomy; gender = cultural norms.
Answer: Model describing shifts in birth and death rates during development. Explains population changes during modernization.
Answer: 15–64(0–14)+(65+). Formula divides non-working ages by working-age population.
Answer: Constrictive/columnar pyramid with a narrow base and larger middle/older ages. Reflects declining birth rates and increased longevity.
Answer: Average number of children a woman is expected to have in her lifetime. Key indicator of population growth potential.
Answer: Low birth rate and low death rate; stable or slow growth. Post-industrial equilibrium with controlled fertility and longevity.
Answer: Average number of children a woman is expected to have. Calculated over her reproductive years, typically ages 15-49.
Answer: Narrow base with more even or top-heavy distribution. Low birth rates create smaller younger cohorts.
Answer: Framework emphasizing how age-graded roles change across the lifespan. Examines transitions, timing, and social contexts of life events.
Answer: About 105 males per 100 females. Natural biological pattern slightly favoring male births.
Answer: Low birth rate and low death rate; stable or slow growth. Characteristic of developed nations with family planning.
Answer: Age and sex distribution of a population. Visual representation showing demographic structure.
Answer: Age and sex distribution of a population (typically in 5-year cohorts). Visual representation showing population structure.
Answer: Differences attributable to biological or social processes of aging. Changes from maturation, not historical timing.
Answer: Death rate drops; birth rate remains high; rapid population growth. Medical advances reduce mortality while fertility remains unchanged.
Answer: Differences attributable to biological or social processes of aging. Changes linked to maturation and life stage progression.
Answer: Birth rate declines; population growth slows as deaths remain low. Urbanization and education lead to smaller family preferences.
Answer: High birth rate and high death rate; low population growth. Pre-industrial societies with limited healthcare and agriculture.
Answer: Ageism. Discrimination that can limit opportunities across the lifespan.
Answer: Wide base. Indicates high birth rates and young population.
Answer: Development shaped by timing of life events and historical/social context. Recognizes that timing and context shape life trajectories.
Answer: RNI=CBR−CDR (per 1,000 per year). Natural increase equals births minus deaths per thousand.
Answer: Ratio of dependents to working-age population. Measures economic burden on productive population.
Answer: How birth and death rates change with industrialization and development. Links population changes to economic development stages.
Answer: Males per females, often per 100 females. Indicates gender balance; >100 means more males.
Answer: femalesmales×100. Standard demographic calculation for gender comparison.