Deck 4: Influences on Behavior

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Question
Prejudice is an example of early learning that can influence a person's behavior throughout life unless the person _______

A) learns about other ethnic groups.
B) finds a positive role model.
C) consciously chooses to examine and change his or her behaviors and attitudes.
D) gets to know someone who belongs to a different racial group.
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Question
During the _______ period,   the development of a fetus is affected by the mother's general health, her nutritional status, and any toxins or pathogenic organisms in her blood.

A) early
B) pregnant
C) infancy
D) prenatal
Question
Our ___________ consist of our own personal "dos" and "don'ts" based on our value system.

A) standards of behavior
B) lifestyle choices
C) responsibilities
D) interests
E) all of the above
Question
The ideal environment for children is one that promotes their _______

A) physical development.
B) emotional development.
C) intellectual development.
D) spiritual development.
E) all of the above
Question
Three major forces that interact to create a specific individual are _______

A) home, school, and community.
B) nature, nurture, and nutrition.
C) friends, family, and early experiences.
D) heredity, the developmental process, and the environment.
Question
Match between columns
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Hereditary
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
DNA
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Congenital
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Human Genome Project
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Rapport
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genetic
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Chromosomes
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Phenotype
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genotype
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genes
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Hereditary
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
DNA
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Congenital
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Human Genome Project
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Rapport
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genetic
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Chromosomes
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Phenotype
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genotype
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genes
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Hereditary
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
DNA
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Congenital
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Human Genome Project
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Rapport
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genetic
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Chromosomes
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Phenotype
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genotype
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genes
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Hereditary
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
DNA
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Congenital
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Human Genome Project
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Rapport
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genetic
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Chromosomes
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Phenotype
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genotype
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genes
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Hereditary
_______ are locations on each chromosome that contain a sequence of DNA molecules.
DNA
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Congenital
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Human Genome Project
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Rapport
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genetic
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Chromosomes
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Phenotype
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genotype
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genes
_______ testing can reveal whether an individual carries the gene for some types of disease.
Hereditary
_______ testing can reveal whether an individual carries the gene for some types of disease.
DNA
_______ testing can reveal whether an individual carries the gene for some types of disease.
Congenital
_______ testing can reveal whether an individual carries the gene for some types of disease.
Human Genome Project
_______ testing can reveal whether an individual carries the gene for some types of disease.
Rapport
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genetic
_______ testing can reveal whether an individual carries the gene for some types of disease.
Chromosomes
_______ testing can reveal whether an individual carries the gene for some types of disease.
Phenotype
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genotype
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genes
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Hereditary
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
DNA
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Congenital
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Human Genome Project
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Rapport
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genetic
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Chromosomes
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Phenotype
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genotype
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genes
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Hereditary
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
DNA
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Congenital
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Human Genome Project
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Rapport
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genetic
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Chromosomes
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Phenotype
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genotype
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genes
At conception, 46 _______ are organized into 23 matched pairs.
Hereditary
At conception, 46 _______ are organized into 23 matched pairs.
DNA
At conception, 46 _______ are organized into 23 matched pairs.
Congenital
At conception, 46 _______ are organized into 23 matched pairs.
Human Genome Project
At conception, 46 _______ are organized into 23 matched pairs.
Rapport
At conception, 46 _______ are organized into 23 matched pairs.
Genetic
At conception, 46 _______ are organized into 23 matched pairs.
Chromosomes
At conception, 46 _______ are organized into 23 matched pairs.
Phenotype
At conception, 46 _______ are organized into 23 matched pairs.
Genotype
At conception, 46 _______ are organized into 23 matched pairs.
Genes
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Hereditary
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
DNA
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Congenital
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Human Genome Project
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Rapport
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genetic
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Chromosomes
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Phenotype
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genotype
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genes
Question
Explain how a child's social environment affects development.
Question
A particular characteristic of an individual may be due to _______

A) a specific gene or a pair of genes.
B) the arrangement of molecules on each gene.
C) a group of genes interacting with each other.
D) environmental influences on a gene or genes.
E) all of the above
Question
Red/green color blindness is expressed only in males but is inherited from the mother. This is an example of _______

A) a birth defect.
B) a recessive trait.
C) a dominant trait.
D) a sex-linked trait.
E) none of the above
Question
The field of _______ seeks to understand human behavior in terms of hereditary or biological influences.

A) biology
B) behavioral genetics
C) psychology
D) genetic engineering
Question
At the most basic level, any behavior can be seen as a person's attempt to _______ something.

A) learn about
B) obtain or avoid
C) understand
D) create
Question
What are several ways that people differ?
Question
Describe the benefits and risks of genetic testing.
Question
Reflect on your own childhood and identify several early influences that have affected your attitudes, beliefs, and behaviors.
Question
Which statement is least likely to be true of a child who experiences mental, physical, or emotional abuse?

A) The child has to deal with anger, fear, and guilt.
B) The child may feel responsible for the abuse.
C) The child will no longer be affected by the abuse one it has ended.
D) Unless the child receives help, the child may grow up to become an abusive parent.
Question
Explain the difference between a dominant trait and a recessive trait.
Question
How does one's value system affect one's behavior?
Question
List several ways our interests influence our behavior.
Question
Explain how a child's physical environment affects his or her development
Question
What are several ways people are alike?
Question
Explain why adults have more responsibility for their behavior than children do.
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Deck 4: Influences on Behavior
1
Prejudice is an example of early learning that can influence a person's behavior throughout life unless the person _______

A) learns about other ethnic groups.
B) finds a positive role model.
C) consciously chooses to examine and change his or her behaviors and attitudes.
D) gets to know someone who belongs to a different racial group.
consciously chooses to examine and change his or her behaviors and attitudes.
2
During the _______ period,   the development of a fetus is affected by the mother's general health, her nutritional status, and any toxins or pathogenic organisms in her blood.

A) early
B) pregnant
C) infancy
D) prenatal
prenatal
3
Our ___________ consist of our own personal "dos" and "don'ts" based on our value system.

A) standards of behavior
B) lifestyle choices
C) responsibilities
D) interests
E) all of the above
standards of behavior
4
The ideal environment for children is one that promotes their _______

A) physical development.
B) emotional development.
C) intellectual development.
D) spiritual development.
E) all of the above
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
5
Three major forces that interact to create a specific individual are _______

A) home, school, and community.
B) nature, nurture, and nutrition.
C) friends, family, and early experiences.
D) heredity, the developmental process, and the environment.
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
6
Match between columns
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Hereditary
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
DNA
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Congenital
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Human Genome Project
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Rapport
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genetic
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Chromosomes
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Phenotype
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genotype
The _______ is the result of all genes that, in combination, provide traits that determine the individual's physical appearance.
Genes
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Hereditary
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
DNA
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Congenital
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Human Genome Project
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Rapport
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genetic
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Chromosomes
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Phenotype
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genotype
At the time of conception, _______ traits are inherited from the mother and father to form a unique combination of traits.
Genes
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Hereditary
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
DNA
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Congenital
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Human Genome Project
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Rapport
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genetic
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Chromosomes
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Phenotype
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genotype
Consumption of alcoholic beverages by a pregnant woman places the infant at risk of various _______ defects.
Genes
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Hereditary
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
DNA
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Congenital
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Human Genome Project
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Rapport
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genetic
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Chromosomes
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Phenotype
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genotype
The combination of chromosomes from the two parents provides the individual's _______, a unique set of inherited traits.
Genes
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Hereditary
_______ are locations on each chromosome that contain a sequence of DNA molecules.
DNA
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Congenital
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Human Genome Project
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Rapport
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genetic
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Chromosomes
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Phenotype
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genotype
_______ are locations on each chromosome that contain a sequence of DNA molecules.
Genes
_______ testing can reveal whether an individual carries the gene for some types of disease.
Hereditary
_______ testing can reveal whether an individual carries the gene for some types of disease.
DNA
_______ testing can reveal whether an individual carries the gene for some types of disease.
Congenital
_______ testing can reveal whether an individual carries the gene for some types of disease.
Human Genome Project
_______ testing can reveal whether an individual carries the gene for some types of disease.
Rapport
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genetic
_______ testing can reveal whether an individual carries the gene for some types of disease.
Chromosomes
_______ testing can reveal whether an individual carries the gene for some types of disease.
Phenotype
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genotype
_______ testing can reveal whether an individual carries the gene for some types of disease.
Genes
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Hereditary
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
DNA
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Congenital
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Human Genome Project
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Rapport
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genetic
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Chromosomes
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Phenotype
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genotype
Each gene is composed of molecules of a protein called deoxyribonucleic acid, or _______.
Genes
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Hereditary
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
DNA
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Congenital
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Human Genome Project
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Rapport
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genetic
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Chromosomes
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Phenotype
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genotype
The _______, a 13-year project to map the sequencing of all the genes on all of the chromosomes, was completed in 2003.
Genes
At conception, 46 _______ are organized into 23 matched pairs.
Hereditary
At conception, 46 _______ are organized into 23 matched pairs.
DNA
At conception, 46 _______ are organized into 23 matched pairs.
Congenital
At conception, 46 _______ are organized into 23 matched pairs.
Human Genome Project
At conception, 46 _______ are organized into 23 matched pairs.
Rapport
At conception, 46 _______ are organized into 23 matched pairs.
Genetic
At conception, 46 _______ are organized into 23 matched pairs.
Chromosomes
At conception, 46 _______ are organized into 23 matched pairs.
Phenotype
At conception, 46 _______ are organized into 23 matched pairs.
Genotype
At conception, 46 _______ are organized into 23 matched pairs.
Genes
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Hereditary
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
DNA
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Congenital
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Human Genome Project
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Rapport
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genetic
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Chromosomes
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Phenotype
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genotype
Establishing _______ with a patient involves showing the patient that you understand and that you are sincerely concerned.
Genes
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7
Explain how a child's social environment affects development.
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
8
A particular characteristic of an individual may be due to _______

A) a specific gene or a pair of genes.
B) the arrangement of molecules on each gene.
C) a group of genes interacting with each other.
D) environmental influences on a gene or genes.
E) all of the above
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
9
Red/green color blindness is expressed only in males but is inherited from the mother. This is an example of _______

A) a birth defect.
B) a recessive trait.
C) a dominant trait.
D) a sex-linked trait.
E) none of the above
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
10
The field of _______ seeks to understand human behavior in terms of hereditary or biological influences.

A) biology
B) behavioral genetics
C) psychology
D) genetic engineering
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
11
At the most basic level, any behavior can be seen as a person's attempt to _______ something.

A) learn about
B) obtain or avoid
C) understand
D) create
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Unlock for access to all 21 flashcards in this deck.
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k this deck
12
What are several ways that people differ?
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13
Describe the benefits and risks of genetic testing.
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14
Reflect on your own childhood and identify several early influences that have affected your attitudes, beliefs, and behaviors.
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Unlock for access to all 21 flashcards in this deck.
Unlock Deck
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15
Which statement is least likely to be true of a child who experiences mental, physical, or emotional abuse?

A) The child has to deal with anger, fear, and guilt.
B) The child may feel responsible for the abuse.
C) The child will no longer be affected by the abuse one it has ended.
D) Unless the child receives help, the child may grow up to become an abusive parent.
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Unlock for access to all 21 flashcards in this deck.
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16
Explain the difference between a dominant trait and a recessive trait.
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17
How does one's value system affect one's behavior?
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18
List several ways our interests influence our behavior.
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19
Explain how a child's physical environment affects his or her development
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20
What are several ways people are alike?
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21
Explain why adults have more responsibility for their behavior than children do.
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