Nursing Elites

1. The client with a myocardial infarction comes to the nurse's station stating that he is ready to go home because there is nothing wrong with him. Which defense mechanism is the client using?

• A. Rationalization
• B. Denial
• C. Projection
• D. Conversion reaction

Correct answer: B

Rationale: The correct answer is B: Denial. The client displaying denial refuses to acknowledge the reality of having a myocardial infarction. Rationalization (choice A) involves making excuses for behavior, not denying a condition. Projection (choice C) is attributing one's thoughts or feelings to others, not denying an illness. Conversion reaction (choice D) is converting psychological distress into physical symptoms, which is not evident in this scenario. Therefore, denial is the defense mechanism being used in this situation.

2. When questioning an elder about suspected abuse, how should the nurse keep the questions?

• A. Nonjudgmental.
• B. Probing.
• C. Confrontational.
• D. Indirect.

Correct answer: A

Rationale: When questioning an elder about suspected abuse, the nurse should keep the questions nonjudgmental. This approach helps the elder feel safe and more willing to share information. Probing questions might be perceived as invasive, confrontational questions can lead to defensiveness and denial, and indirect questions may not elicit the necessary information, resulting in confusion or misinterpretation.

3. The nurse is assigned to care for an infant with physiologic jaundice. Which action by the nurse would facilitate elimination of the bilirubin?

• A. Increasing the infant's fluid intake
• B. Maintaining the infant's body temperature at 98.6�F
• C. Minimizing tactile stimulation
• D. Decreasing caloric intake

Correct answer: A

Rationale: Bilirubin is excreted through the kidneys, therefore increasing fluid intake can help facilitate its elimination. Maintaining the infant's body temperature is important for overall health but does not directly assist in eliminating bilirubin, making choice B incorrect. Choices C and D are irrelevant to bilirubin elimination in this scenario and do not address the specific issue of physiologic jaundice.

4. The nurse is preparing a client for mammography. To prepare the client for a mammogram, the nurse should tell the client:

• A. To omit creams, powders, or deodorants before the exam
• B. To restrict fat intake for 1 week before the test
• C. That mammography replaces the need for self-breast exams
• D. That mammography requires a higher dose of radiation than an x-ray

Correct answer: A

Rationale: The client undergoing a mammogram should be instructed to omit deodorants or powders beforehand because they can interfere with the imaging results. Answer A is correct as it aligns with the preparation needed before a mammogram to ensure accurate results. Answer B is incorrect because there is no requirement for fat intake restrictions before a mammogram. Answer C is incorrect because mammography does not replace the necessity of self-breast exams; both are crucial for maintaining breast health. Answer D is incorrect because a mammogram does not require higher doses of radiation than an x-ray. In fact, mammography uses a low dose of radiation to create images for breast examination.

5. Some drugs are excreted into bile and delivered to the intestines. Prior to elimination from the body, the drug might be absorbed. This process is known as:

• A. hepatic clearance.
• B. total clearance.
• C. enterohepatic cycling.
• D. first-pass effect.

Correct answer: C

Rationale: The correct answer is 'enterohepatic cycling.' This process involves drugs being excreted into bile, delivered to the intestines, reabsorbed into the circulation, and can prolong the drug's presence in the body. 'Hepatic clearance' (Choice A) refers to the amount of drug eliminated by the liver. 'Total clearance' (Choice B) is the sum of all types of clearance including renal, hepatic, and respiratory. 'First-pass effect' (Choice D) is the amount of drug absorbed from the GI tract and metabolized by the liver before entering circulation, reducing the amount of drug available for systemic circulation.

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