Nursing Elites

1. During discharge teaching for a client with diverticulitis on a low-roughage diet, which food should be eliminated from the diet?

• A. Roasted chicken
• B. Noodles
• C. Cooked broccoli
• D. Custard

Correct answer: C

Rationale: The client with diverticulitis needs to avoid gas-forming foods that can increase abdominal discomfort. Cooked broccoli is a high-fiber food that can worsen symptoms. Roasted chicken, noodles, and custard are suitable choices for a low-roughage diet as they are less likely to cause gas formation or abdominal discomfort.

2. James returns home from school angry and upset because his teacher gave him a low grade on an assignment. After returning home from school, he kicks the dog. This coping mechanism is known as:

• A. denial
• B. suppression
• C. displacement
• D. fantasy

Correct answer: C

Rationale: Displacement is the transference of emotions, such as anger, to a substitute target that may be less threatening. In this scenario, James redirects his anger from the teacher to the dog. Denial is refusing to acknowledge an aspect of reality. Suppression is consciously putting aside unwanted thoughts or feelings. Fantasy involves imagining unrealistic scenarios. Therefore, in this case, the correct answer is displacement as James displaces his anger towards the dog.

3. In performing a psychosocial assessment, the nurse begins by asking questions that encourage the client to describe problematic behaviors and situations. The next step is to elicit the client's

• A. feelings about what has been described.
• B. thoughts about what has been described.
• C. possible solutions to the problem.
• D. intent in sharing the description.

Correct answer: B

Rationale: In performing a psychosocial assessment, the nurse follows a structured approach, starting with encouraging the client to describe problematic behaviors and situations. The next step is to elicit the client's thoughts about what has been described. This step helps gather more assessment data and understand how the client interprets the situation. Asking about feelings, exploring possible solutions, and understanding the client's intent in sharing the description are more complex processes that come later in the assessment. Therefore, the correct next step after describing behaviors and situations is to inquire about the client's thoughts.

4. When planning care of a client who has been diagnosed with Amphetamine Abuse, the nurse should use the knowledge that:

• A. Amphetamines increase energy by increasing dopamine levels at neural synapses.
• B. Amphetamines have a low risk of tolerance or addiction.
• C. Amphetamines produce a 10-20-second rush followed by a 2-4-hour high.
• D. Addiction to barbiturates and amphetamines is rare because they have opposite effects.

Correct answer: A

Rationale: The correct answer is that amphetamines increase energy by increasing dopamine levels at neural synapses. Amphetamines cause the release of norepinephrine and dopamine from storage vesicles into the synapse, leading to increased stimulation. It is important to note that clear patterns of tolerance and withdrawal have not been described with amphetamines. Choice B is incorrect as prolonged or excessive use of amphetamines can lead to psychosis, indicating a potential for addiction. Choice C is incorrect as the duration of the effects of amphetamines is typically longer than 2-4 hours. Choice D is incorrect as addiction to amphetamines is not rare; in fact, drug cravings are common and can lead to relapse, indicating a significant risk of addiction.

5. The client is admitted with chronic obstructive pulmonary disease. Blood gases reveal pH 7.36, CO2 45, O2 84, HCO3 28. The nurse would assess the client to be in:

• A. Uncompensated acidosis
• B. Compensated alkalosis
• C. Compensated respiratory acidosis
• D. Uncompensated metabolic acidosis

Correct answer: C

Rationale: The client is experiencing compensated respiratory acidosis. The pH is within the normal range but is lower than 7.40, indicating acidity. The elevated CO2 level and low O2 level suggest respiratory involvement. The slightly elevated HCO3 level indicates a compensatory mechanism. In respiratory acidosis, the pH will be inversely related to the CO2 and bicarb levels, with elevated CO2 and HCO3 levels contributing to acidosis. Choices A, B, and D are incorrect because they do not align with the presented blood gas values and the compensatory response observed in this case.

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