Nursing Elites

1. Dr. Kostel believes that development takes place in stages. This belief is consistent with the __________ perspective.

• A. nurture
• B. continuous
• C. discontinuous
• D. nature

Correct answer: C

Rationale: Dr. Kostel's belief in stage-based development aligns with the discontinuous perspective, which sees development as a series of distinct stages. The continuous perspective (choice B) suggests development as a smooth and gradual process without distinct stages. The nature perspective (choice D) focuses on genetic and hereditary influences on development. The nurture perspective (choice A) emphasizes the impact of environment and upbringing on development, which is not directly related to the belief in stage-based development.

2. One criticism of the information-processing approach is that it __________.

• A. underestimates the individual's contribution to his or her own development
• B. ignores transformation in adulthood, concluding that no major cognitive changes occur after adolescence
• C. underestimates the competencies of infants and preschoolers, focusing on older children and adolescents
• D. is better at analyzing thinking into its components than at putting them back together into a comprehensive theory

Correct answer: B

Rationale: The criticism that the information-processing approach ignores transformation in adulthood, concluding that no major cognitive changes occur after adolescence, suggests a limitation of the theory in not fully acknowledging that cognitive development continues throughout the lifespan. This criticism highlights a potential drawback of the approach in terms of its understanding of cognitive changes beyond adolescence. Choice A is incorrect because the criticism is not about underestimating the individual's contribution. Choice C is also incorrect as the criticism is not related to age-specific competencies. Choice D is incorrect as it focuses on a different aspect of the information-processing approach.

3. The first successful intelligence test was originally constructed to __________.

• A. measure individual differences in IQ
• B. document age-related improvements in children's intellectual functioning
• C. identify children with learning problems who needed to be placed in special classes
• D. compare the scores of people who varied in gender, ethnicity, and birth order

Correct answer: C

Rationale: The first successful intelligence test, the Binet-Simon Scale, was originally developed to identify children with learning problems who required special educational interventions. Choice A is incorrect because measuring individual differences in IQ was not the primary purpose of the test. Choice B is incorrect because documenting age-related improvements in children's intellectual functioning was not the main goal of the test. Choice D is incorrect because comparing the scores of people based on gender, ethnicity, and birth order was not the intended use of the intelligence test.

4. Small-for-date infants __________ than preterm infants.

• A. catch fewer infections during the first year
• B. are less likely to die during the first year
• C. more often show evidence of brain damage
• D. have higher intelligence tests by middle childhood

Correct answer: C

Rationale: Small-for-date infants more often show evidence of brain damage than preterm infants. This can be attributed to factors such as intrauterine growth restriction and poor nutrition during pregnancy, which can affect the development of the baby's brain. Choices A, B, and D are incorrect because there is no evidence to support that small-for-date infants catch fewer infections, are less likely to die, or have higher intelligence tests compared to preterm infants.

5. By using which method of assignment of participants to treatment conditions, investigators increase the chances that participants' characteristics will be equally distributed across treatment groups?

• A. sequential
• B. random
• C. systematic
• D. correlational

Correct answer: B

Rationale: By using random assignment of participants to treatment conditions, investigators increase the chances that participants' characteristics will be equally distributed across treatment groups. Random assignment helps reduce the likelihood of bias in the selection process and ensures that any differences between groups are due to the treatment and not pre-existing group differences. Sequential, systematic, and correlational assignment methods do not provide the same level of assurance in distributing participants' characteristics equally across treatment groups.

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