Nursing Elites

1. How can dehydration be assessed in an elderly patient?

• A. Checking skin turgor on the forearm
• B. Assessing for dry mucous membranes
• C. Checking for orthostatic hypotension
• D. Measuring daily weights

Correct answer: A

Rationale: Assessing skin turgor by gently pinching the skin on the forearm is a reliable method to check for dehydration in elderly patients. When the skin is slow to return to its original position, it indicates dehydration. While assessing for dry mucous membranes is also important, checking skin turgor is a more direct method for dehydration assessment. Checking for orthostatic hypotension is more related to circulation status than dehydration. Measuring daily weights is helpful to monitor fluid balance but may not be as immediate or direct in detecting dehydration in elderly patients.

2. What is the nurse's priority intervention for a patient who has developed a pressure ulcer?

• A. Apply a dressing to the ulcer.
• B. Reposition the patient every 2 hours.
• C. Provide the patient with pain medication.
• D. Clean the ulcer with normal saline.

Correct answer: B

Rationale: The correct answer is to reposition the patient every 2 hours. Repositioning helps prevent the worsening of pressure ulcers by relieving pressure on affected areas and promoting blood circulation, which aids in healing. Applying a dressing (choice A) is important but not the priority compared to repositioning. Providing pain medication (choice C) is essential for comfort but does not address the root cause of the pressure ulcer. Cleaning the ulcer with normal saline (choice D) is part of wound care but does not take precedence over repositioning to prevent further tissue damage.

3. A nurse is assessing a client who has asthma. Which of the following areas should the nurse evaluate as the most reliable indicator of central cyanosis?

• A. Oral mucosa
• B. Conjunctivae
• C. Soles of the feet
• D. Ear lobes

Correct answer: A

Rationale: Central cyanosis is best assessed by examining the oral mucosa, as it is a more reliable indicator compared to other areas like the conjunctivae, soles of the feet, and ear lobes. The oral mucosa reflects the oxygen saturation levels of the blood more accurately. Conjunctivae and ear lobes may show cyanosis, but they are not as reliable as the oral mucosa. The soles of the feet are not typically used to assess central cyanosis.

4. A patient is at risk for impaired skin integrity. What is the priority intervention for the nurse?

• A. Turn and reposition the patient every 2 hours.
• B. Apply a moisture barrier to the patient's skin.
• C. Massage the patient's skin to promote circulation.
• D. Apply a heating pad to the patient's skin to increase blood flow.

Correct answer: A

Rationale: The correct answer is to turn and reposition the patient every 2 hours. This intervention is crucial in preventing pressure ulcers and maintaining skin integrity by relieving pressure on bony prominences. Applying a moisture barrier (Choice B) is important for moisture-associated skin damage but is not the priority in this case. Massaging the patient's skin (Choice C) can potentially cause friction and shear, increasing the risk of skin breakdown. Applying a heating pad (Choice D) can lead to burns or thermal injuries, exacerbating skin integrity issues.

5. A patient on mechanical ventilation experiences a sudden drop in oxygen saturation. What should the nurse check first?

• A. Check the ventilator tubing for disconnection.
• B. Increase the patient's oxygen flow.
• C. Perform a full physical assessment.
• D. Reassess the patient's oxygen levels after 5 minutes.

Correct answer: A

Rationale: The correct answer is to check the ventilator tubing for disconnection first when a patient on mechanical ventilation experiences a sudden drop in oxygen saturation. This is crucial because equipment malfunction, such as tubing disconnection, can lead to decreased oxygen delivery, resulting in a drop in oxygen saturation. Checking the tubing ensures that the ventilation system is functioning properly and that the patient is receiving the necessary oxygen. Option B is incorrect because increasing oxygen flow without checking for equipment issues may not address the root cause of the drop in saturation. Option C is not the priority in this situation as the immediate focus should be on assessing and ensuring the functioning of the ventilation equipment. Option D delays addressing the potential equipment malfunction, which could worsen the patient's condition if not promptly resolved.

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