Nursing Elites

1. A client who is experiencing respiratory distress is admitted with respiratory acidosis. Which pathophysiological process supports the client’s respiratory acidosis?

• A. Low oxygen levels are present in the blood.
• B. High levels of carbon dioxide have accumulated in the blood.
• C. Increased bicarbonate levels are causing alkalosis.
• D. Respiratory rate is increased, causing hyperventilation.

Correct answer: B

Rationale: High levels of carbon dioxide in the blood lead to respiratory acidosis due to inadequate ventilation. The correct answer is B. In respiratory acidosis, the accumulation of carbon dioxide in the blood occurs due to inadequate exhalation, leading to acidosis. Choice A is incorrect as low oxygen levels are related to hypoxemia, not respiratory acidosis. Choice C is incorrect as increased bicarbonate levels would lead to alkalosis, not acidosis. Choice D is incorrect as an increased respiratory rate causing hyperventilation would actually help decrease carbon dioxide levels, not lead to respiratory acidosis.

2. A client is receiving intravenous potassium chloride for hypokalemia. Which action should the nurse take to prevent complications during the infusion?

• A. Administer the infusion rapidly
• B. Monitor the infusion site for signs of infiltration
• C. Use a syringe pump for the infusion
• D. Flush the IV line with normal saline before starting the infusion

Correct answer: B

Rationale: The correct action to prevent complications during the infusion of potassium chloride is to monitor the infusion site for signs of infiltration. Rapid administration can lead to adverse effects, including cardiac arrhythmias. Using a syringe pump is not typically necessary for this infusion. Flushing the IV line with normal saline is a good practice but not directly related to preventing complications specifically during the infusion of potassium chloride.

3. The nurse is triaging clients who have been injured during a tornado. Which client requires immediate action?

• A. A young male with a minor laceration on his forearm.
• B. An elderly woman with a dislocated shoulder who is calm.
• C. A middle-aged female with a broken humerus who is unable to follow commands and is crying.
• D. A teenager with abrasions and a bruised knee.

Correct answer: C

Rationale: The middle-aged female with a broken humerus who is unable to follow commands and is crying requires immediate action. These symptoms indicate a possible head injury or severe emotional distress that need urgent attention. Choice A is not as urgent since a minor laceration can be addressed after more critical cases. Choice B, although having a dislocated shoulder, is stable, as the client is calm. Choice D presents with minor injuries that can wait while more critical cases are addressed.

4. To assess the quality of an adult client’s pain, what approach should the nurse use?

• A. Ask the client to rate the pain on a scale of 1 to 10.
• B. Ask the client to describe the pain.
• C. Observe the client’s nonverbal cues.
• D. Determine the client’s pain tolerance.

Correct answer: B

Rationale: The correct approach for assessing the quality of an adult client's pain is to ask the client to describe the pain. By doing so, the nurse gains valuable information about the quality, location, and nature of the pain directly from the client. This approach allows for a more comprehensive understanding of the pain experience. Choice A, asking the client to rate the pain on a scale of 1 to 10, focuses more on intensity rather than quality. Choice C, observing the client's nonverbal cues, can provide additional information but may not fully capture the client's subjective experience of pain. Choice D, determining the client's pain tolerance, is not directly related to assessing the quality of pain but rather to how much pain a client can endure.

5. A client is receiving a secondary infusion of erythromycin 1 gram in 100 mL dextrose 5% in water (D5W) to be infused in 45 minutes. How many mL/hour should the nurse program the infusion pump?

• A. 100 mL/hour.
• B. 125 mL/hour.
• C. 133 mL/hour.
• D. 150 mL/hour.

Correct answer: C

Rationale: To infuse 100 mL in 45 minutes, the infusion rate should be set to 133 mL/hour (100 mL / 0.75 hours). This calculation is obtained by dividing the total volume to be infused by the total time for infusion (100 mL / 0.75 hours = 133 mL/hour). Therefore, choice C is the correct answer. Choices A, B, and D are incorrect because they do not accurately calculate the infusion rate required to deliver the medication within the specified time frame.

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