Nursing Elites

1. A parent asks the school nurse how to eliminate lice from their child. What is the most appropriate response by the nurse?

• A. Cut the child's hair short to remove the nits
• B. Apply warm soaks to the head twice daily
• C. Wash the child's linen and clothing in a bleach solution
• D. Application of pediculicides

Correct answer: D

Rationale: Pediculicides are the recommended treatment for lice and should be used to eliminate the infestation.

2. The health care provider order reads 'aspirate nasogastric feeding (NG) tube every 4 hours and check pH of aspirate.' The pH of the aspirate is 10. Which action should the nurse take?

• A. Hold the tube feeding and notify the provider
• B. Administer the tube feeding as scheduled
• C. Irrigate the tube with diet cola soda
• D. Apply intermittent suction to the feeding tube

Correct answer: A

Rationale: A pH of 10 indicates improper placement of the NG tube, requiring notification of the provider and holding the feeding. Choice B is incorrect because administering the tube feeding could lead to complications due to the improper placement. Choice C is incorrect as irrigating the tube with diet cola soda is not a standard practice for addressing this issue. Choice D is incorrect as applying intermittent suction does not address the problem of improper placement indicated by the high pH level.

3. A client has altered renal function and is being treated at home. The nurse recognizes that the most accurate indicator of fluid balance during the weekly visits is:

• A. difference in the intake and output
• B. changes in the mucous membranes
• C. skin turgor
• D. weekly weight

Correct answer: D

Rationale: In a client with altered renal function, monitoring fluid balance is crucial. Weekly weight is the most accurate indicator of fluid balance during the visits as it reflects cumulative changes in the body's fluid status. Changes in intake and output (Choice A) can provide valuable information, but weekly weight is a more direct measure of overall fluid retention or loss. Changes in mucous membranes (Choice B) and skin turgor (Choice C) can be influenced by factors other than fluid balance, making them less reliable indicators in this context.

4. An 86-year-old nursing home resident who has decreased mental status is hospitalized with pneumonic infiltrates in the right lower lobe. When the nurse assists the client with a clear liquid diet, the client begins to cough. What should the nurse do next?

• A. Add a thickening agent to the fluids
• B. Check the client's gag reflex
• C. Feed the client only solid foods
• D. Increase the rate of intravenous fluids

Correct answer: B

Rationale: Checking the client's gag reflex is the appropriate action in this scenario. It helps assess the client's ability to swallow safely without the risk of aspiration. Adding a thickening agent to the fluids (Choice A) may be considered later if swallowing difficulties persist. Feeding the client only solid foods (Choice C) can increase the risk of aspiration in this case, and increasing the rate of intravenous fluids (Choice D) does not address the swallowing concern.

5. A client has a history of chronic obstructive pulmonary disease (COPD). As the nurse enters the client's room, the oxygen is running at 6 liters per minute, the client's color is flushed, and his respirations are 8 per minute. What should the nurse do first?

• A. Obtain a 12-lead EKG
• B. Place the client in high Fowler's position
• C. Lower the oxygen rate
• D. Take baseline vital signs

Correct answer: C

Rationale: In a client with COPD, it is crucial to prevent carbon dioxide retention by avoiding high oxygen levels. As the client's oxygen is running at 6 liters per minute and he is showing signs of oxygen toxicity, such as flushed color and low respirations, the nurse's priority should be to lower the oxygen rate. This action helps prevent worsening the client's condition. Obtaining an EKG, placing the client in high Fowler's position, or taking baseline vital signs are important assessments but addressing the potential oxygen toxicity takes precedence in this scenario.

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