Nursing Elites

1. A nurse at a long-term care facility is caring for a client who requires oral suctioning. Which of the following supplies should the nurse plan to use for this task?

• A. Yankauer catheter
• B. Bulb syringe
• C. Suction catheter
• D. Sterile gloves

Correct answer: A

Rationale: The correct answer is A: Yankauer catheter. The Yankauer catheter is specifically designed for oral suctioning, making it the most appropriate choice for this task. Choice B, the Bulb syringe, is typically used for suctioning small amounts of liquid from the nose or mouth. Choice C, the Suction catheter, is more commonly used for deep suctioning in the trachea or bronchi. Choice D, Sterile gloves, are necessary for infection control but are not the primary supply used for oral suctioning.

2. A client receiving IV fluids has developed phlebitis. What action should the nurse take next after removing the IV catheter?

• A. Place a warm compress over the IV site
• B. Record the findings in the client's chart
• C. Notify the client's primary care provider
• D. Insert a new IV catheter

Correct answer: A

Rationale: After removing an IV catheter due to phlebitis, the next step is to apply a warm compress over the IV site. This helps reduce inflammation and discomfort for the client. Recording the findings in the client's chart is important for documentation purposes but not the immediate next step. Notifying the client's primary care provider may be necessary depending on the severity of the phlebitis, but it is not the initial action. Inserting a new IV catheter is not appropriate until the phlebitis has resolved.

3. What are the nursing interventions for a patient with fluid volume overload?

• A. Restrict fluid intake
• B. Monitor intake and output
• C. Administer diuretics as prescribed
• D. Elevate the head of the bed

Correct answer: A

Rationale: The correct nursing intervention for a patient with fluid volume overload is to restrict fluid intake. This helps to prevent further fluid accumulation in the body. Monitoring intake and output (choice B) is important to assess the patient's fluid balance but is not a direct intervention to address fluid volume overload. Administering diuretics as prescribed (choice C) is a medical intervention that may be ordered by a healthcare provider but should not be assumed as a nursing intervention without a prescription. Elevating the head of the bed (choice D) is a measure commonly used for patients with respiratory distress or to prevent aspiration but is not a direct intervention for fluid volume overload.

4. A healthcare professional is reviewing the medical records of a client who has a pressure ulcer. Which of the following is an expected finding?

• A. Serum albumin level of 3 g/dL
• B. HDL level of 90 mg/dL
• C. Norton scale score of 18
• D. Braden scale score of 20

Correct answer: A

Rationale: A serum albumin level of 3 g/dL is indicative of poor nutrition, which is commonly associated with pressure ulcers. This finding suggests that the client may be at risk for developing or already has a pressure ulcer due to malnutrition. High-density lipoprotein (HDL) level of 90 mg/dL (Choice B) is not directly related to pressure ulcers. The Norton scale (Choice C) is used to assess a client's risk of developing pressure ulcers, not as a finding in a client with an existing pressure ulcer. The Braden scale (Choice D) is also a tool used to assess the risk of developing pressure ulcers, not a finding in a client with an existing pressure ulcer.

5. What are the primary causes of respiratory acidosis?

• A. Hypoventilation and lung disease
• B. Hyperventilation and pneumonia
• C. Increased oxygen saturation and tachypnea
• D. Dehydration and hypoxia

Correct answer: A

Rationale: The correct answer is A: Hypoventilation and lung disease. Respiratory acidosis occurs when there is an accumulation of CO2 in the body due to inadequate ventilation. Hypoventilation, which reduces the elimination of CO2, and lung diseases that impair gas exchange are the primary causes. Choice B is incorrect because hyperventilation, not hypoventilation, leads to respiratory alkalosis, not acidosis. Choice C is incorrect because increased oxygen saturation and tachypnea do not directly cause respiratory acidosis. Choice D is incorrect as dehydration and hypoxia do not typically lead to respiratory acidosis.

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