Nursing Elites

1. A nurse performing nasopharyngeal suctioning suddenly notes the presence of bloody secretions. What should the nurse do first?

• A. Continue suctioning to remove the blood
• B. Check the degree of suction being applied
• C. Encourage the client to cough out the bloody secretions
• D. Remove the suction catheter from the client’s nose and begin vigorous suctioning through the mouth

Correct answer: B

Rationale: The correct answer is to check the degree of suction being applied (Choice B). When bloody secretions are encountered during nasopharyngeal suctioning, it is crucial to assess the situation promptly. Checking the degree of suction being applied is the first step as excessive suction pressure may be causing trauma and bleeding. Adjusting the suction pressure may be necessary to prevent further harm. Continuing suctioning to remove the blood (Choice A) or performing vigorous suctioning through the mouth (Choice D) can lead to increased trauma and worsen bleeding. Encouraging the client to cough out the bloody secretions (Choice C) is not appropriate since the client undergoing suctioning is typically unable to expectorate secretions. Therefore, the priority is to check and adjust the suction settings to ensure safe and effective suctioning.

2. A client with chronic renal failure is receiving erythropoietin therapy. The nurse should assess the client for which of the following side effects?

• A. Hypotension.
• B. Hypertension.
• C. Hyperglycemia.
• D. Hypercalcemia.

Correct answer: B

Rationale: The correct answer is B: Hypertension. Erythropoietin therapy can lead to an increase in blood pressure, making hypertension a common side effect that the nurse should closely monitor. Hypotension (choice A) is not typically associated with erythropoietin therapy. Hyperglycemia (choice C) and hypercalcemia (choice D) are not commonly linked to erythropoietin therapy in clients with chronic renal failure, making them incorrect choices.

3. Which of the following is a common complication of immobility?

• A. Muscle hypertrophy.
• B. Pressure ulcers.
• C. Bone fractures.
• D. Joint stiffness.

Correct answer: B

Rationale: The correct answer is B, Pressure ulcers. Immobility can lead to pressure ulcers due to prolonged pressure on the skin, especially over bony prominences. Muscle hypertrophy (Choice A) is not a common complication of immobility; instead, muscle atrophy is more likely to occur due to disuse. Bone fractures (Choice C) can result from trauma but are not directly associated with immobility unless there is a fall or accident. Joint stiffness (Choice D) can develop due to lack of movement but is not as common or severe as pressure ulcers in cases of prolonged immobility.

4. Which of the following is a priority intervention for a patient with heart failure?

• A. Administering diuretics.
• B. Administering oxygen.
• C. Administering beta-blockers.
• D. Administering vasodilators.

Correct answer: B

Rationale: Administering oxygen is a priority intervention in heart failure because it helps improve oxygenation, alleviate hypoxemia, and reduce the workload on the heart. Oxygen therapy is crucial in managing acute heart failure exacerbations. While diuretics (Choice A) are commonly used in heart failure to reduce fluid overload, administering oxygen takes precedence due to its immediate impact on oxygen delivery. Beta-blockers (Choice C) and vasodilators (Choice D) are also important in heart failure management, but in the acute setting, ensuring adequate oxygen supply is the priority.

5. The nurse is obtaining a health history from a new client who has a history of kidney stones. Which statement by the client indicates an increased risk for renal calculi?

• A. Eats a vegetarian diet with cheese 2 to 3 times a day
• B. Experiences additional stress since adopting a child
• C. Jogs more frequently than usual daily routine
• D. Drinks several bottles of carbonated water daily

Correct answer: D

Rationale: The correct answer is D. Drinking several bottles of carbonated water daily may contribute to renal calculi formation due to the high mineral content. Carbonated drinks can increase the risk of kidney stones due to their high levels of phosphoric acid and caffeine, which can lead to the formation of crystals in the urine. Choices A, B, and C are less likely to directly contribute to an increased risk of renal calculi compared to the excessive consumption of carbonated water.

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