Nursing Elites

1. Why is it particularly useful to study identical twins who were raised in different environments?

• A. Differences in brain function can be easily identified.
• B. Concordance rates tend to be higher.
• C. It is possible that the genetics of twins who have been separated have changed in ways to explain any differences found.
• D. It is possible that high concordance rates between identical twins reared together are due to their being treated more similarly than nonidentical twins.

Correct answer: D

Rationale: Studying identical twins raised in different environments allows researchers to understand the impact of genetics versus environmental factors on traits. Choice A is incorrect because differences in brain function can be influenced by a variety of factors and not solely by environmental differences. Choice B is incorrect as concordance rates tend to be higher in identical twins reared together due to shared genetics and environment. Choice C is incorrect because genetics do not change due to being raised in different environments.

2. Dr. Lee is studying pain perception using a functionalist perspective. It is most likely that Dr. Lee would suggest that we can only understand the conscious experience of pain?

• A. If all the component parts that make up the experience of pain are understood.
• B. By observing the outward expression of pain in response to different stimuli.
• C. If we first understand the role of pain in human survival and adaptation.
• D. If we understand the unconscious processes that initiate the sensation of pain.

Correct answer: C

Rationale: The functionalist perspective, as used by Dr. Lee, focuses on understanding the role of pain in human survival and adaptation. This perspective suggests that to fully comprehend pain perception, one must first grasp the significance of pain in terms of its adaptive functions and impact on behavior. Choices A, B, and D do not align with the functionalist perspective, as they do not emphasize the role of pain in human survival and adaptation.

3. Which orientation focuses on symptoms rather than looking at underlying causes?

• A. Psychodynamic
• B. Adlerian
• C. Jungian
• D. Behavioral

Correct answer: A

Rationale: The correct answer is A: Psychodynamic. The psychodynamic orientation focuses on symptoms rather than underlying causes, emphasizing the importance of the unconscious mind. This approach views symptoms as manifestations of underlying psychological issues rooted in the unconscious. Choice B, Adlerian, is focused on individual psychology, social interests, and the importance of feelings of inferiority. Choice C, Jungian, is based on analytical psychology and the concepts of the collective unconscious and archetypes. Choice D, Behavioral, concentrates on observable behaviors and how they are learned and reinforced through interactions with the environment, rather than focusing on underlying causes.

4. How did philosopher John Locke characterize the mind of a child?

• A. Innately good
• B. Conscientiousness
• C. Superego-ideal
• D. A blank slate

Correct answer: D

Rationale: Philosopher John Locke characterized the mind of a child as a 'blank slate,' indicating that it is devoid of innate ideas or characteristics. This concept suggests that a child's mind is shaped and developed through experiences and learning rather than having inherent qualities. Choices A, B, and C are incorrect as Locke did not view the mind of a child as innately good, conscientious, or associated with the superego-ideal. Instead, he believed that individuals are born without built-in mental content, emphasizing the importance of environmental influences on cognitive development.

5. How does the concept of neural plasticity relate to recovery from brain injuries?

• A. Neural plasticity means the brain cannot recover from injuries.
• B. Neural plasticity allows the brain to recover and reorganize after injuries.
• C. Neural plasticity refers to the brain's inability to change after injury.
• D. Neural plasticity is a myth.

Correct answer: B

Rationale: Neural plasticity allows the brain to recover and reorganize after injuries. It is the brain's ability to adapt and change, forming new connections or reorganizing existing ones to compensate for damage. Choice A is incorrect as neural plasticity enables recovery. Choice C is incorrect as neural plasticity involves the brain's capacity to change. Choice D is incorrect as neural plasticity is a well-established phenomenon in neuroscience.

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