Nursing Elites

1. A school nurse is called to the soccer field because a child has a nosebleed (epistaxis). In what position should the nurse place the child?

• A. Sitting up and leaning forward
• B. Reclining with head elevated
• C. Sitting up with head tilted back
• D. Lying flat on the back

Correct answer: A

Rationale: The correct position for a child with a nosebleed (epistaxis) is sitting up and leaning forward. This position helps prevent blood from flowing into the throat and causing choking. Choice B, reclining with the head elevated, and choice D, lying flat on the back, are incorrect as they can cause blood to flow backward into the throat. Choice C, sitting up with the head tilted back, is also incorrect as it can lead to blood flowing down the back of the throat and potentially into the airway.

2. A client with leukemia who is receiving myelosuppressive chemotherapy has a platelet count of 25,000/mm3. Which intervention is most important for the nurse to include in this client’s plan of care?

• A. Monitor for signs of activity intolerance
• B. Require visitors to wear respiratory masks
• C. Assess urine and stool for occult blood
• D. Obtain client’s temperature q4 hours

Correct answer: C

Rationale: The correct answer is to assess urine and stool for occult blood. With a low platelet count, there is an increased risk of bleeding. Monitoring for occult blood is essential to detect any signs of internal bleeding. Choices A, B, and D are not the priority interventions in this situation. While monitoring for signs of activity intolerance, requiring visitors to wear respiratory masks, and obtaining the client's temperature are important aspects of care, they are not as critical as assessing for occult blood in a client with a low platelet count.

3. After medicating the client for pain and collecting granules and stones from strained urine, which action is most important for the nurse to implement next?

• A. Send the calculi for laboratory analysis of stone composition.
• B. Evaluate the client for persistent pain.
• C. Assess the clarity of urine.
• D. Encourage high fluid intake to produce urine output of 2L/day.

Correct answer: A

Rationale: Sending the calculi for analysis is crucial in determining the type of stone present. Identifying the stone composition helps in developing an effective treatment plan and preventive measures to avoid future episodes of urolithiasis. This step is essential in providing targeted care for the client. Options B, C, and D are not the most important actions at this point. While evaluating for persistent pain is essential, determining the stone composition takes precedence to guide appropriate interventions.

4. Parents who have one male child with sickle cell anemia are concerned about having more children with the disease. What client teaching should the nurse provide?

• A. All future children will be carriers, but will not necessarily have the disease
• B. There is a chance that each future child will have the disease
• C. Only male children cannot inherit the sickle cell disease trait
• D. Only one out of four of their children will definitely manifest the disease

Correct answer: B

Rationale: The correct answer is B. Each child has a 25% chance of having sickle cell anemia if both parents are carriers of the trait. Choice A is incorrect because not all future children will be carriers; some may have the disease. Choice C is incorrect as both male and female children can inherit the sickle cell disease trait. Choice D is incorrect as the chance is not fixed at one out of four; each child has an independent 25% chance of having the disease.

5. An 8-year-old child who weighs 60 pounds receives an order for Polycilin (Ampicillin) suspension 25 mg/kg/day divided into a dose every 8 hours. The medication is labeled '125 mg/5 ml'. How many ml should the nurse administer per dose every 8 hours?

• A. 5
• B. 10
• C. 15
• D. 20

Correct answer: A

Rationale: Calculate the daily dose first: 60 pounds x 25 mg/kg = 1500 mg/day. Divide by 3 doses = 500 mg/dose. Convert to mL: (500 mg / 125 mg) x 5 ml = 20 ml. However, the question asks for the dose per administration every 8 hours, which is 1/3 of the daily dose. So, the correct calculation should be (20 ml / 3) = 6.67 ml, which rounds to 5 ml. Therefore, the correct answer is 5 ml. Choice B (10 ml) is incorrect because it doesn't consider the frequency of dosing. Choice C (15 ml) is incorrect as it overestimates the dose. Choice D (20 ml) is incorrect as it represents the total daily dose, not the dose per administration every 8 hours.

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