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This deck focuses on Interaction Of Heredity And Environment, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
Study Interaction Of Heredity And Environment in AP Psychology with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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What is an evocative gene-environment correlation?
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Genes evoke responses from the environment that enhance genetic tendencies. Individual traits elicit specific responses from others.
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This deck focuses on Interaction Of Heredity And Environment, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
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: Genes evoke responses from the environment that enhance genetic tendencies. Individual traits elicit specific responses from others.
Answer: Understanding how genes and environment impact behaviors. It examines genetic contributions to psychological traits and behaviors.
Answer: Epigenetics. Studies how environment can turn genes on or off.
Answer: Nutrition. Essential for proper brain development and intellectual growth.
Answer: Diet and obesity. Genetic susceptibility modifies response to dietary factors.
Answer: Family income. An environmental factor that siblings experience similarly.
Answer: Adoption studies. Children share genes with biological parents, environment with adoptive.
Answer: 'Nurture' refers to environmental influences on behavior and traits. The environmental contribution to individual differences.
Answer: Twin studies. Compares identical twins to assess genetic influence on traits.
Answer: Genetic factors influence exposure to specific environments. Genes influence what environments individuals encounter.
Answer: Twin studies. Compares identical twins to assess genetic influence on traits.
Answer: Different peer groups. Unique experiences that make siblings different from each other.
Answer: Parents pass on genes and also create a compatible environment. Children inherit both genes and matching environmental contexts.
Answer: Genotype refers to the genetic makeup of an organism. The DNA blueprint that influences an organism's traits.
Answer: Socioeconomic status. It affects both genetic expression and environmental opportunities.
Answer: It is when genetic predisposition modifies response to environmental factors. Different genotypes respond differently to the same environment.
Answer: Fetal programming. Early environment permanently alters gene expression patterns.
Answer: Transmission of cultural beliefs and practices across generations. Non-genetic transmission of learned behaviors and knowledge.
Answer: Epigenetics. Focuses on heritable changes in gene activity without DNA changes.
Answer: Gene-environment correlation. When genes and environment mutually influence each other.
Answer: Parents pass on genes and also create a compatible environment. Children inherit both genes and matching environmental contexts.
Answer: Understanding how genes and environment impact behaviors. It examines genetic contributions to psychological traits and behaviors.
Answer: 'Nurture' refers to environmental influences on behavior and traits. The environmental contribution to individual differences.
Answer: Genotype refers to the genetic makeup of an organism. The DNA blueprint that influences an organism's traits.
Answer: Environmental enrichment studies. Studies how improved environments affect cognitive performance.
Answer: The capacity for genes to be influenced by the environment. Genes can be responsive to environmental inputs.
Answer: Family income. An environmental factor that siblings experience similarly.
Answer: Shared environment. Common family experiences that affect all children similarly.
Answer: A large portion of trait variation is due to genetic differences. Most individual differences are explained by genetic factors.
Answer: Methylation can silence gene expression. A key epigenetic mechanism for controlling gene activity.
Answer: Epigenetics. Focuses on heritable changes in gene activity without DNA changes.
Answer: The range of possible phenotypes for a genotype influenced by the environment. Environment determines which potential phenotype is expressed.
Answer: Methylation can silence gene expression. A key epigenetic mechanism for controlling gene activity.
Answer: Schizophrenia. Shows strong genetic component with environmental triggers.
Answer: Adoption studies. Children share genes with biological parents, environment with adoptive.
Answer: Socioeconomic status. It affects both genetic expression and environmental opportunities.
Answer: Genes contribute to intelligence but interact with environmental factors. Intelligence is polygenic and highly influenced by environment.
Answer: Genes contribute to intelligence but interact with environmental factors. Intelligence is polygenic and highly influenced by environment.
Answer: An increased likelihood of developing a particular trait based on genetics. Genes increase probability but don't guarantee trait expression.
Answer: Genetic factors influence exposure to specific environments. Genes influence what environments individuals encounter.
Answer: A large portion of trait variation is due to genetic differences. Most individual differences are explained by genetic factors.
Answer: Phenotype is the observable physical or biochemical characteristics of an organism. It's the visible expression of genetic and environmental factors.
Answer: Gene-environment correlation. When genes and environment mutually influence each other.
Answer: Diet and obesity. Genetic susceptibility modifies response to dietary factors.
Answer: Neuroplasticity. The brain's ability to reorganize based on experience.
Answer: Neuroplasticity. The brain's ability to reorganize based on experience.
Answer: Fetal programming. Early environment permanently alters gene expression patterns.
Answer: Transmission of cultural beliefs and practices across generations. Non-genetic transmission of learned behaviors and knowledge.
Answer: The range of possible phenotypes for a genotype influenced by the environment. Environment determines which potential phenotype is expressed.
Answer: Environmental conditions. Environment can activate or suppress genetic predispositions.
Answer: Personality. Shows strong genetic influence with moderate heritability.
Answer: Heritability is the proportion of variation among individuals attributable to genes. It quantifies genetic vs. environmental contributions to trait differences.
Answer: A statistic representing the proportion of phenotypic variance due to genetics. Ranges from 0 to 1, indicating genetic contribution strength.
Answer: Genes evoke responses from the environment that enhance genetic tendencies. Individual traits elicit specific responses from others.
Answer: Schizophrenia. Shows strong genetic component with environmental triggers.
Answer: Nutrition. Essential for proper brain development and intellectual growth.
Answer: Phenotype is the observable physical or biochemical characteristics of an organism. It's the visible expression of genetic and environmental factors.
Answer: Epigenetics. Studies how environment can turn genes on or off.
Answer: A statistic representing the proportion of phenotypic variance due to genetics. Ranges from 0 to 1, indicating genetic contribution strength.
Answer: It is when genetic predisposition modifies response to environmental factors. Different genotypes respond differently to the same environment.
Answer: An increased likelihood of developing a particular trait based on genetics. Genes increase probability but don't guarantee trait expression.
Answer: Different peer groups. Unique experiences that make siblings different from each other.
Answer: Phenotypic plasticity. The ability of genotype to produce different phenotypes.
Answer: Heritability is the proportion of variation among individuals attributable to genes. It quantifies genetic vs. environmental contributions to trait differences.
Answer: Environmental enrichment studies. Studies how improved environments affect cognitive performance.
Answer: Personality. Shows strong genetic influence with moderate heritability.
Answer: 'Nature' refers to genetic or hereditary factors influencing behavior. The biological contribution to individual differences.
Answer: Non-shared environment. Individual-specific factors that create sibling differences.
Answer: Chemical changes to DNA that affect gene expression without altering the sequence. These changes can be inherited across generations.
Answer: The capacity for genes to be influenced by the environment. Genes can be responsive to environmental inputs.
Answer: Chemical changes to DNA that affect gene expression without altering the sequence. These changes can be inherited across generations.
Answer: Phenotypic plasticity. The ability of genotype to produce different phenotypes.
Answer: 'Nature' refers to genetic or hereditary factors influencing behavior. The biological contribution to individual differences.
Answer: Environmental conditions. Environment can activate or suppress genetic predispositions.
Answer: Non-shared environment. Individual-specific factors that create sibling differences.
Answer: Shared environment. Common family experiences that affect all children similarly.