Nursing Elites

1. What is a chemical reaction between drugs before their administration or absorption known as?

• A. a drug incompatibility
• B. a side effect
• C. an adverse event
• D. an allergic response

Correct answer: A

Rationale: A chemical reaction between drugs before their administration or absorption is termed a drug incompatibility. This phenomenon commonly happens when drug solutions are mixed before intravenous administration, but it can also occur with orally administered drugs. Choices B, C, and D are incorrect because side effects, adverse events, and allergic responses occur after the administration and absorption of drugs, not prior to it.

2. A central venous pressure reading of 11cm/H(2)O of an IV of normal saline is determined by the nurse caring for the patient. The patient has a diagnosis of pericarditis. Which of the following is the most applicable?

• A. The patient has a condition of hypovolemia.
• B. Not enough fluid has been given to the patient.
• C. Pericarditis may cause pressures greater than 10cm/H(2)O with testing of CVP.
• D. The patient may have a condition of arteriosclerosis.

Correct answer: C

Rationale: A central venous pressure reading above 10cm/H(2)O may indicate a condition of pericarditis, as the inflammation and fluid accumulation around the heart can lead to elevated pressures. Choices A, B, and D are incorrect. Hypovolemia would typically result in lower CVP readings, not higher. Not enough fluid given would also lead to lower CVP levels. Arteriosclerosis is not directly related to CVP readings in the context of pericarditis.

3. A client is having psychological counseling for problems communicating with his mother. Which model of stress is the most useful in reference to this stressor?

• A. Adaptation Model
• B. Stimulus-Based Model
• C. Transaction-Based Model
• D. Selye's Model of Stress

Correct answer: C

Rationale: The Transaction-Based Model, proposed by R.S. Lazarus, is the most relevant model of stress in the context of a client facing communication issues with his mother. This model takes into consideration individual differences and cognitive processes that occur between a stressor and the individual's response. It emphasizes the importance of how the individual perceives and interprets the stressor, incorporating mental and psychological components. In this scenario, the client's difficulties in communicating with his mother involve complex cognitive processes and individual perceptions, making the Transaction-Based Model the most suitable choice. The other options are not as relevant in this context: the Adaptation Model focuses on adjustment to stress over time, the Stimulus-Based Model emphasizes external factors as stressors, and Selye's Model of Stress mainly centers on the physiological response to stress.

4. A client is admitted to the floor with vomiting and diarrhea for three days. She is receiving IV fluids at 200cc/hr via pump. A priority action for the nurse would be:

• A. Obtaining Intake and Output.
• B. Frequent lung assessments.
• C. Vital signs every shift.
• D. Monitoring the IV site for infiltration.

Correct answer: D

Rationale: In this scenario, the correct priority action for the nurse would be monitoring the IV site for infiltration. The client is receiving IV fluids at a rapid rate, making it crucial to ensure that the IV site is intact and not causing any complications like infiltration, which can lead to tissue damage. While frequent lung assessments are important for detecting signs of fluid overload, in this case, ensuring the IV site's integrity takes precedence. Obtaining Intake and Output is relevant but not the priority over monitoring the IV site. Vital signs are essential, but given the situation, the immediate concern is the IV site's condition to prevent complications.

5. One drug can alter the absorption of another drug. One drug increases intestinal motility. Which effect does this have on the second drug?

• A. None; absorption of the second drug is not affected.
• B. The increased gut motility decreases the absorption of the second drug.
• C. The absorption of the second drug cannot be predicted.
• D. Less of the second drug is absorbed.

Correct answer: D

Rationale: When one drug increases intestinal motility, it accelerates the movement of the second drug through the system. Since most oral medications are absorbed in the intestine, the faster transit time decreases the absorption of the second drug. Therefore, less of the second drug is absorbed. Choice A is incorrect because the increased gut motility does affect the absorption of the second drug. Choice C is incorrect as the effect of increased intestinal motility on drug absorption can be predicted based on pharmacokinetic principles. Choice B is incorrect as increased gut motility would not increase but decrease the absorption of the second drug.

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