Nursing Elites

1. When checking for proper blood pressure cuff size, which guideline is correct?

• A. The standard cuff size is appropriate for all sizes.
• B. The length of the rubber bladder should equal 80% of the arm circumference.
• C. The width of the rubber bladder should equal 80% of the arm circumference.
• D. The width of the rubber bladder should equal 40% of the arm circumference.

Correct answer: D

Rationale: When selecting the correct blood pressure cuff size, it is essential to ensure that the width of the rubber bladder equals 40% of the circumference of the person's arm. This ensures proper fitting and accurate readings. The length of the bladder should actually equal 80% of the arm circumference, not 80% of the width, making choices B and C incorrect. Choice A stating that the standard cuff size is appropriate for all sizes is inaccurate, as using an incorrectly sized cuff can lead to inaccurate blood pressure readings.

2. A client is being transferred from a bed to a wheelchair. Which action is essential to maintain client safety in this situation?

• A. Position the wheelchair at the foot of the bed
• B. Maintain a space of at least 12 inches between the wheelchair and the bed
• C. Place the footplates in the lowest position before transferring the client
• D. Lock both wheels on the wheelchair before moving the client

Correct answer: D

Rationale: When transferring a client from a bed to a wheelchair, it is crucial to prioritize client safety. Locking both wheels on the wheelchair before moving the client is essential as it adds stability and prevents the wheelchair from moving unexpectedly during the transfer process. Placing the wheelchair at the foot of the bed allows for easier transfer, but ensuring the wheels are locked is more critical for safety. Maintaining a 12-inch space between the wheelchair and the bed is not as essential as ensuring wheel locks are engaged. While placing the footplates in the lowest position can enhance client comfort, it is not a safety measure that is as critical as securing the wheelchair by locking its wheels before the transfer.

3. When caring for a patient with latex allergy, the healthcare provider creates a latex-safe environment by doing which of the following?

• A. Carefully cleaning the wall-mounted blood pressure device before using it.
• B. Donning latex gloves outside the room to limit powder dispersal.
• C. Using a latex-free pharmacy protocol.
• D. Placing the patient in a semi-private room.

Correct answer: C

Rationale: Creating a latex-safe environment for a patient with latex allergy is crucial to prevent allergic reactions. Using a latex-free pharmacy protocol is essential as it ensures that medications and supplies provided to the patient are free of latex components. Cleaning a wall-mounted blood pressure device may not be sufficient as the device itself may contain latex parts that can trigger an allergic reaction. Donning latex gloves, even outside the room, is not recommended as powder dispersal can cause issues; only non-latex gloves should be used in a latex-safe environment. Placing the patient in a semi-private room does not directly address the need to eliminate latex exposure from medical supplies and equipment, which is better achieved through a latex-free pharmacy protocol.

4. Nursing care plans contain which of the following?

• A. nursing diagnoses
• B. medical diagnoses.
• C. MD orders.
• D. intake and output forms

Correct answer: A

Rationale: Nursing care plans are legal documents that contain nursing diagnoses, such as an "Alteration of respiratory function". They also contain patient goals and nursing interventions.

5. Which of the following is a disadvantage of using a dry heat application?

• A. Dry heat is more likely to cause burns than moist heat
• B. Dry heat does not penetrate deeply into the tissues
• C. Dry heat causes the skin to dry out more quickly
• D. Dry heat can quickly cause skin breakdown

Correct answer: C

Rationale: The correct answer is that dry heat causes the skin to dry out more quickly. When comparing dry and moist heat applications, dry heat is less likely to cause burns and skin breakdown. However, one of the disadvantages of dry heat is that it does not penetrate deeply into the tissues and may lead to faster drying out of the skin. This can have negative effects on skin integrity and overall comfort during therapy. Choice A is incorrect because dry heat is less likely to cause burns than moist heat. Choice B is incorrect as dry heat may not penetrate deeply into tissues. Choice D is incorrect as dry heat is less likely to cause skin breakdown compared to moist heat.

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