Nursing Elites

1. What is the best intervention for a patient with respiratory distress?

• A. Administer oxygen
• B. Reposition the patient
• C. Provide bronchodilators
• D. Provide humidified air

Correct answer: A

Rationale: Administering oxygen is the best intervention for a patient with respiratory distress because it helps improve oxygenation levels and alleviates respiratory distress directly. Providing oxygen addresses the primary issue of inadequate oxygen supply, which is crucial in managing respiratory distress. Repositioning the patient, while important for airway clearance, may not address the immediate need for oxygen. Providing bronchodilators and humidified air can be beneficial in certain respiratory conditions, but when a patient is in respiratory distress, ensuring adequate oxygenation through oxygen administration takes precedence.

2. A client with Raynaud's disease is being cared for by a nurse. What intervention should the nurse implement?

• A. Maintain a warm temperature in the client's room.
• B. Administer epinephrine for acute episodes.
• C. Provide information about stress management.
• D. Give glucocorticoid steroid twice a day.

Correct answer: C

Rationale: The correct intervention for a client with Raynaud's disease is to provide information about stress management. Stress can trigger Raynaud's episodes, so managing stress can help reduce the frequency and severity of the condition. Maintaining a warm temperature in the client's room (Choice A) is important to prevent vasoconstriction and worsening of symptoms. Administering epinephrine (Choice B) is not a standard treatment for Raynaud's disease. Giving glucocorticoid steroids (Choice D) is not the primary treatment for Raynaud's disease and is not typically prescribed for this condition.

3. A nurse is caring for a client who is receiving warfarin therapy. Which of the following laboratory results indicates the need for an increase in the dose of warfarin?

• A. PT 28 seconds
• B. INR 1.2
• C. aPTT 40 seconds
• D. Fibrinogen 350 mg/dL

Correct answer: B

Rationale: An INR of 1.2 is below the therapeutic range for a client on warfarin, indicating inadequate anticoagulation. Therefore, the client would require an increase in the dose of warfarin to achieve the desired therapeutic effect. Choices A, C, and D are not indicative of the need for a dose increase in warfarin therapy. PT of 28 seconds is within the therapeutic range, aPTT of 40 seconds is also within the normal range, and fibrinogen level of 350 mg/dL does not provide information about the anticoagulant effect of warfarin.

4. A nurse is teaching at a community health fair about electrical fire prevention. Which of the following information should the nurse include in the teaching?

• A. Use three-pronged grounded plugs
• B. Cover extension cords with a rug
• C. Check for tingling sensations around the cord to ensure the electricity is working
• D. Remove the plug from the socket by pulling the cord

Correct answer: A

Rationale: The correct answer is A: 'Use three-pronged grounded plugs.' This is important in preventing electrical fires as it provides a grounded connection, reducing the risk of electrical malfunctions. Choice B is incorrect because covering extension cords with a rug can lead to overheating and increase the risk of fire. Choice C is also incorrect as tingling sensations around a cord indicate an electrical hazard, not proper functioning. Choice D is incorrect as pulling the cord to remove a plug can damage the cord, leading to potential electrical dangers.

5. A nurse is preparing to mix NPH and regular insulin in the same syringe. Which of the following actions should the nurse take?

• A. Inject air into the NPH insulin vial.
• B. Withdraw the prescribed dose of regular insulin.
• C. Withdraw the prescribed dose of NPH insulin.
• D. Mix the two insulins in separate syringes.

Correct answer: A

Rationale: When mixing NPH and regular insulin in the same syringe, the nurse should first inject air into the NPH insulin vial. This action prevents contamination by allowing an easier withdrawal of the correct dose of NPH insulin after withdrawing the regular insulin. Withdrawing the prescribed dose of regular insulin (Choice B) is incorrect as it does not address the initial step of injecting air into the NPH vial. Similarly, withdrawing the prescribed dose of NPH insulin (Choice C) is incorrect as it skips the crucial first step. Mixing the two insulins in separate syringes (Choice D) is not ideal since combining them in one syringe is a common practice to reduce the number of injections for the patient.

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