Nursing Elites

1. What are the clinical manifestations of left-sided heart failure, and how do they differ from right-sided heart failure?

• A. Jugular venous distention and hepatojugular reflex
• B. Hepatomegaly, ascites, and peripheral edema
• C. Dyspnea, cough, and orthopnea
• D. Pulmonary congestion and fatigue

Correct answer: A

Rationale: The correct answer is A. Clinical manifestations of left-sided heart failure include pulmonary symptoms such as dyspnea, cough, and orthopnea. However, left-sided heart failure can also manifest as jugular venous distention and hepatojugular reflex due to the backflow of blood into the pulmonary circulation. Right-sided heart failure is characterized by systemic symptoms like hepatomegaly, ascites, and peripheral edema. Choice B is incorrect as it presents manifestations of right-sided heart failure. Choice C includes symptoms of left-sided heart failure. Choice D describes pulmonary congestion, which is more specific to left-sided heart failure, but it does not encompass the full range of clinical manifestations for left-sided heart failure.

2. A patient requires repositioning every 2 hours. Which task can the nurse delegate to the nursing assistive personnel?

• A. Determining the level of comfort
• B. Changing the patient's position
• C. Identifying immobility hazards
• D. Assessing circulation

Correct answer: B

Rationale: The correct answer is B: 'Changing the patient's position.' Repositioning the patient every 2 hours can be delegated to nursing assistive personnel as it involves physically moving the patient. Tasks like determining the level of comfort (choice A) and assessing circulation (choice D) are clinical judgments that require a nursing license and should be performed by the nurse. Similarly, identifying immobility hazards (choice C) involves critical thinking and assessment skills that are within the nurse's scope of practice.

3. A nurse is preparing to measure a client's level of oxygen saturation and observes edema of both hands and thickened toenails. The nurse should apply the pulse oximeter probe to which of the following locations?

• A. Finger
• B. Earlobe
• C. Toe
• D. Skin fold

Correct answer: B

Rationale: When a client has edema of both hands and thickened toenails, these conditions can impede accurate readings from the finger and toe locations. The earlobe is the best alternative site for the pulse oximeter probe in this scenario. Placing the probe on the earlobe will help ensure a more accurate measurement of oxygen saturation despite the issues with the hands and toenails. Therefore, the correct answer is to apply the pulse oximeter probe to the earlobe. Choices A, C, and D are incorrect because of the potential limitations presented by the edema and thickened toenails.

4. Which of the following is a correct method of safely using a sterile dressing?

• A. Reuse a dressing that appears clean.
• B. Discard a dressing after 24 hours of use.
• C. Change a dressing only if there is visible drainage.
• D. Change a dressing every 4 hours regardless of condition.

Correct answer: B

Rationale: The correct method of safely using a sterile dressing is to discard it after 24 hours of use. This is important to prevent contamination and promote proper wound healing. Choice A is incorrect because reusing a dressing, even if it appears clean, can introduce contaminants. Choice C is incorrect as dressing changes should not be based solely on visible drainage; they should be done within the recommended time frame. Choice D is incorrect because changing a dressing every 4 hours, regardless of its condition, can lead to unnecessary wastage and disturbance to the wound healing process.

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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