Nursing Elites

1. Which fetal heart monitor pattern can indicate cord compression?

• A. variable decelerations
• B. early decelerations
• C. bradycardia
• D. tachycardia

Correct answer: A

Rationale: Variable decelerations can indicate cord compression as they are caused by umbilical cord compression or prolapse. This pattern shows an abrupt decrease in heart rate with an erratic shape, often resembling a V or W. Early decelerations (choice B) are typically caused by head compression during contractions and are considered benign. Bradycardia (choice C) is a consistent low heart rate below 110 bpm and is not specific to cord compression. Tachycardia (choice D) is an abnormally high heart rate above 160 bpm and is not associated with cord compression.

2. While repositioning a comatose client, the nurse senses a tingling sensation as she lowers the bed. What action should she take?

• A. Unplug the bed's power source.
• B. Remove the client from the bed immediately.
• C. Notify the biomedical department at once.
• D. Turn off the oxygen.

Correct answer: A

Rationale: The correct action for the nurse to take when sensing a tingling sensation while lowering the bed with a comatose client is to unplug the bed's power source. This should be the initial step as there may be a fault in the bed's grounding. Removing the client from the bed immediately is not safe until the electrical issue is resolved. Notifying the biomedical department is important but should come after ensuring the immediate safety of the client. Turning off the oxygen is not necessary unless there is a specific issue related to oxygen delivery, which is not indicated in this scenario.

3. A client whose right leg is in skeletal traction complains of pain in the leg. Which action should the nurse take first?

• A. Asking the client to wiggle their toes
• B. Medicating the client with the prescribed analgesic
• C. Realigning the client
• D. Removing some of the traction weights

Correct answer: C

Rationale: When a client in skeletal traction complains of pain, the priority action for the nurse is to realign the client. Severe pain may indicate the need for realignment or that the traction weights are too heavy. Realigning the client should be the initial response as it can help alleviate the pain by ensuring proper alignment. Asking the client to wiggle their toes may not address the underlying issue causing the pain. Removing traction weights should never be done unless specifically ordered by the healthcare provider as it can affect the traction's effectiveness. Medicating the client with analgesics should only be considered after attempting to address the cause of the pain, which in this case, is realignment.

4. Which of the following NSAIDs is most commonly used for a brief period for acute pain?

• A. Advil
• B. Aleve
• C. Toradol
• D. Bextra

Correct answer: C

Rationale: Toradol is the correct answer because it is an NSAID known for its effectiveness in managing acute pain for short durations. It can be administered via intramuscular (IM), intravenous (IV), or oral (PO) routes. Advil (choice A) and Aleve (choice B) are commonly used for mild to moderate pain but may not be as effective for acute pain requiring immediate relief. Bextra (choice D) was withdrawn from the market due to safety concerns, making it an inappropriate choice for acute pain management.

5. What is the most effective way to prevent skin breakdown?

• A. assistive devices
• B. repositioning
• C. topical medications
• D. avoiding tape and bandages

Correct answer: V

Rationale: Repositioning is the most effective way to prevent skin breakdown. Repositioning helps relieve pressure on specific areas of the skin, reducing the risk of developing pressure ulcers. While assistive devices (Choice A) may be beneficial in some cases, they are not universally as effective as repositioning. Topical medications (Choice C) are primarily used for treating skin conditions and are not the primary focus for preventing skin breakdown. Avoiding tape and bandages (Choice D) is crucial to prevent skin irritation, but repositioning remains the most effective method to prevent skin breakdown.

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