Nursing Elites

1. When assessing the skin of an immobilized patient, what should the nurse do?

• A. Assess the skin every 4 hours.
• B. Limit the amount of fluid intake.
• C. Use a standardized tool such as the Braden Scale.
• D. Have special times for inspection to not interrupt routine care.

Correct answer: C

Rationale: When assessing the skin of an immobilized patient, it is essential to use a standardized tool like the Braden Scale. This tool helps in systematically evaluating the patient's risk of developing pressure ulcers. Assessing the skin every 4 hours (Choice A) may be too frequent or unnecessary unless there are specific concerns or orders. Limiting fluid intake (Choice B) is not directly related to skin assessment in an immobilized patient. Having special times for inspection to avoid interrupting routine care (Choice D) is not as crucial as using a standardized tool for consistent and comprehensive skin assessment.

2. After a renal biopsy, a client has returned to the unit. Which of the following nursing interventions is appropriate?

• A. Ambulate the client 4 hours after the procedure
• B. Maintain the client on NPO status for 24 hours
• C. Monitor vital signs
• D. Change the dressing every 8 hours

Correct answer: C

Rationale: Monitoring vital signs is crucial after a renal biopsy to promptly detect any signs of bleeding or complications. Ambulating the client 4 hours after the procedure may increase the risk of bleeding, so it is not appropriate. Maintaining the client on NPO status for 24 hours is not necessary unless specifically ordered by the healthcare provider. Changing the dressing every 8 hours is not typically indicated unless there is a specific concern or order to do so.

3. A client has a new prescription for a home oxygen concentrator. Which of the following instructions should the nurse provide to the client and their family?

• A. Check the cord routinely for frays or tearing
• B. Use oxygen around open flames
• C. Store oxygen concentrator in a closet
• D. Wear synthetic clothing to prevent static electricity

Correct answer: A

Rationale: The correct answer is to instruct the client and their family to check the cord routinely for frays or tearing. This is crucial to ensure the safety and proper function of the oxygen concentrator. Choice B is incorrect because oxygen should never be used around open flames due to the risk of fire. Choice C is also incorrect as oxygen cylinders or concentrators should not be stored in a closet due to ventilation and safety concerns. Choice D is incorrect because synthetic clothing can generate static electricity, which could pose a risk around oxygen equipment.

4. The healthcare professional is preparing to administer a tuberculin skin test. Which site is most appropriate for this injection?

• A. Deltoid muscle
• B. Vastus lateralis muscle
• C. Abdomen
• D. Inner forearm

Correct answer: D

Rationale: The inner forearm is the most appropriate site for administering a tuberculin skin test. This test requires an intradermal injection, which is administered just below the surface of the skin. The inner forearm provides a flat, easily accessible surface for this type of injection. Choices A, B, and C are incorrect because the tuberculin skin test should not be administered into a muscle (deltoid muscle or vastus lateralis muscle) or into the abdomen. The test requires precise placement within the dermal layer of the skin on the inner forearm to accurately assess for a reaction.

5. A client is recovering from gallbladder surgery performed under general anesthesia. How many times per hour should the nurse encourage the client to use the incentive spirometer?

• A. 4-5 times per hour
• B. 2-3 times per hour
• C. 6-7 times per hour
• D. 8-10 times per hour

Correct answer: A

Rationale: Encouraging the client to use the incentive spirometer 4-5 times per hour is the correct approach post-gallbladder surgery under general anesthesia. This frequency helps prevent respiratory complications, such as atelectasis, by promoting lung expansion. Choices B, C, and D suggest either too few or too many sessions per hour, which may not be optimal for the client's respiratory recovery needs. It is important to strike a balance between ensuring adequate lung expansion and not overexerting the client, which is why 4-5 times per hour is the recommended frequency.

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