Nursing Elites

1. A client with heart failure is prescribed furosemide. The nurse notes that the client's potassium level is 3.1 mEq/L. What is the nurse's priority action?

• A. Administer a potassium supplement
• B. Encourage the client to eat potassium-rich foods
• C. Hold the next dose of furosemide
• D. Increase the client's fluid intake

Correct answer: A

Rationale: A potassium level of 3.1 mEq/L is considered low, indicating hypokalemia. Administering a potassium supplement is the nurse's priority action to prevent complications such as cardiac arrhythmias associated with low potassium levels. Encouraging the client to eat potassium-rich foods is beneficial in the long term but may not rapidly correct the low potassium level. Holding the next dose of furosemide may worsen the client's heart failure symptoms. Increasing the client's fluid intake is not the priority action in this situation; addressing the low potassium level takes precedence to prevent potential serious complications.

2. A client with chronic obstructive pulmonary disease (COPD) is receiving supplemental oxygen. The client reports feeling short of breath and has a respiratory rate of 28 breaths per minute. What should the nurse do first?

• A. Increase the oxygen flow rate
• B. Notify the healthcare provider
• C. Administer a bronchodilator
• D. Elevate the head of the bed

Correct answer: D

Rationale: Elevating the head of the bed promotes lung expansion and improves oxygenation, making it the priority intervention for a client with shortness of breath. This position helps in maximizing lung expansion and aiding ventilation-perfusion matching in patients with COPD. Increasing the oxygen flow rate may be necessary but should come after optimizing the client's positioning. Notifying the healthcare provider and administering a bronchodilator are not the initial interventions for addressing shortness of breath in a client with COPD.

3. A 4-year-old has been hospitalized for 24 hours with skeletal traction for treatment of a fracture of the right femur. The nurse finds that the child is now crying and the right foot is pale with the absence of a pulse. What should the nurse do first?

• A. Notify the healthcare provider
• B. Readjust the traction
• C. Administer the ordered PRN medication
• D. Reassess the foot in fifteen minutes

Correct answer: A

Rationale: A pale foot with no pulse suggests a compromised blood supply, indicating a potential vascular emergency. The nurse's immediate priority is to notify the healthcare provider to address the situation promptly. Readjusting the traction, administering PRN medication, or waiting to reassess the foot later could lead to serious complications due to the compromised blood supply, making choices B, C, and D incorrect in this critical situation.

4. A 4-year-old child falls off a tricycle and is admitted for observation. How can the nurse best facilitate the child's cooperation during the assessment?

• A. Ask the parent to hold the child during the assessment.
• B. Allow the child to play with a syringe without a needle.
• C. Ask the child to blow out the penlight as if to simulate success.
• D. Explain the function of each organ during the assessment.

Correct answer: C

Rationale: Engaging the child in blowing out the penlight simulates play and can reduce fear, helping with cooperation during the assessment. Choice A is not recommended as it may increase anxiety by separating the child from the parent. Choice B is not appropriate as it involves playing with a syringe, which may not be safe or suitable. Choice D is not ideal for a 4-year-old child as understanding organ functions may be beyond their developmental level.

5. An adolescent client with meningococcal meningitis is receiving a continuous IV infusion of penicillin G. How many mL/hour should the nurse program the infusion pump to deliver?

• A. 83
• B. 85
• C. 87
• D. 90

Correct answer: A

Rationale: The correct answer is A: 83. The pharmacy provided the infusion at 10 million units per liter, which requires a rate of 83 mL/hour. To calculate this, multiply the dosage by the volume of the IV solution and divide by the concentration of the IV solution in million units: 10 million units per liter x 8.3 L = 83 mL/hour. Choices B, C, and D are incorrect as they do not align with the calculation based on the given information.

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