Nursing Elites

1. Which nursing intervention is essential for a client diagnosed with heart failure?

• A. Encourage fluid intake to prevent dehydration
• B. Monitor the client's weight daily to assess fluid balance
• C. Increase sodium intake to prevent fluid retention
• D. Limit fluid intake to avoid overload

Correct answer: B

Rationale: The correct answer is to monitor the client's weight daily to assess fluid balance in clients with heart failure. This intervention helps healthcare providers evaluate fluid retention or loss, which is crucial in managing heart failure. Choice A is incorrect because excessive fluid intake can worsen heart failure symptoms by causing fluid overload. Choice C is incorrect because increasing sodium intake can lead to fluid retention, exacerbating heart failure. Choice D is incorrect as limiting fluid intake excessively can also be harmful in heart failure management, potentially leading to dehydration.

2. A client has expressive aphasia following a stroke. Which of the following methods should be used when communicating with the client?

• A. Speak slowly
• B. Provide written instructions
• C. Use a picture board
• D. Write on a whiteboard

Correct answer: C

Rationale: When communicating with a client who has expressive aphasia, using a picture board is an effective method as it provides an alternative means of communication. Option A, speaking slowly, may not improve understanding for someone with expressive aphasia. Option B, providing written instructions, may also be challenging for individuals with this condition. Option D, writing on a whiteboard, may not be as helpful as using a picture board in facilitating communication for a client with expressive aphasia.

3. What is the primary intervention for sepsis?

• A. Administer IV antibiotics
• B. Monitor blood pressure
• C. Administer fluids
• D. All of the above

Correct answer: D

Rationale: The primary intervention for sepsis involves a multifaceted approach, including administering IV antibiotics to address the underlying infection and administering fluids to stabilize the patient's hemodynamic status. Monitoring blood pressure is important in the management of sepsis, but it is not the sole primary intervention. Therefore, the correct answer is 'All of the above' as it encompasses the comprehensive approach required for effective sepsis management.

4. How should a healthcare professional monitor a patient receiving IV potassium?

• A. Monitor ECG for dysrhythmias
• B. Monitor urine output
• C. Monitor serum potassium levels
• D. All of the above

Correct answer: D

Rationale: When a patient is receiving IV potassium, it is crucial to monitor various parameters to ensure patient safety. Monitoring the ECG helps in identifying any potential dysrhythmias that may occur due to potassium imbalances. Monitoring urine output is important as potassium levels can affect renal function. Monitoring serum potassium levels is essential to assess the effectiveness of the IV potassium therapy. Therefore, all the options - monitoring ECG for dysrhythmias, urine output, and serum potassium levels - are necessary when administering IV potassium, making 'All of the above' the correct answer. Choices A, B, and C are not individually sufficient as they each address different aspects of patient monitoring when receiving IV potassium.

5. When providing discharge instructions for a client prescribed home oxygen, what is an essential safety measure?

• A. Ensure the client has cotton bedding
• B. Keep the oxygen equipment away from heat sources
• C. Use wool blankets to ensure warmth
• D. Allow the client to use electronic devices near the oxygen supply

Correct answer: B

Rationale: The correct answer is B: 'Keep the oxygen equipment away from heat sources.' Placing oxygen equipment near heat sources can lead to fire hazards due to the flammability of oxygen. Cotton bedding or wool blankets are not directly related to oxygen safety measures. Allowing electronic devices near the oxygen supply can increase the risk of fire due to potential sparks or heat generated.

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