Nursing Elites

1. Which electrolyte imbalance should be closely monitored in a patient receiving digoxin?

• A. Monitor potassium levels
• B. Monitor sodium levels
• C. Monitor calcium levels
• D. Monitor glucose levels

Correct answer: A

Rationale: Corrected Rationale: Potassium levels should be monitored closely in a patient receiving digoxin to avoid hypokalemia. Digoxin can increase the risk of developing life-threatening arrhythmias in the presence of low potassium levels. Monitoring sodium, calcium, or glucose levels is not specifically necessary for patients on digoxin, making choices B, C, and D incorrect.

2. A nurse is assessing a client who is 1 day postoperative following a bowel resection. Which of the following findings should the nurse report to the provider?

• A. Urine output of 40 mL/hr.
• B. Heart rate of 88/min.
• C. Wound drainage of 25 mL in 24 hours.
• D. Abdominal distention and rigidity.

Correct answer: D

Rationale: Abdominal distention and rigidity may indicate a postoperative complication, such as bowel obstruction or peritonitis, and should be reported to the provider. While monitoring urine output, heart rate, and wound drainage are essential postoperative assessments, they are not as concerning as abdominal distention and rigidity, which could signal a more urgent issue requiring immediate attention.

3. A nurse is caring for a client who is in labor and is receiving oxytocin. Which of the following findings indicates that the nurse should increase the rate of infusion?

• A. Urine output of 20 ml/hr
• B. Montevideo units consistently at 300 mm Hg
• C. FHR pattern with absent variability
• D. Contractions every 5 minutes that last 30 seconds

Correct answer: D

Rationale: The correct answer is D because contractions every 5 minutes that last 30 seconds indicate that the rate of infusion should be increased. This pattern suggests weak contractions or intervals that are too far apart, requiring an adjustment to improve labor progress. Option A is incorrect as a low urine output is not directly related to the need for an increase in the oxytocin infusion rate. Option B, Montevideo units consistently at 300 mm Hg, is incorrect because it is a measure of intrauterine pressure and does not determine the need for an increase in oxytocin infusion. Option C, FHR pattern with absent variability, is incorrect as it may indicate fetal distress but does not specifically relate to the need for adjusting the oxytocin infusion rate.

4. A client who has a positive stool culture for Clostridium difficile should be placed in which type of room for infection control purposes?

• A. Wear a face shield prior to entering the room.
• B. Place the client in a private room.
• C. Place the client in a negative pressure room.
• D. Use an alcohol-based hand rub following client care.

Correct answer: B

Rationale: Placing the client in a private room is the appropriate infection control measure for C. difficile to prevent the spread of infection. While wearing a face shield may be necessary for procedures that generate splashes or sprays, it is not the primary precaution for C. difficile. Negative pressure rooms are typically used for airborne infections, not for C. difficile. Using an alcohol-based hand rub is important for hand hygiene but is not specific to managing C. difficile infection.

5. What should the healthcare provider monitor for a patient receiving furosemide?

• A. Monitor urine output
• B. Monitor blood pressure
• C. Monitor potassium levels
• D. Monitor serum creatinine

Correct answer: C

Rationale: The correct answer is to monitor potassium levels when a patient is receiving furosemide because furosemide can cause potassium depletion. It is essential to monitor potassium levels to prevent complications such as hypokalemia. While monitoring urine output is important in assessing kidney function, and monitoring blood pressure and serum creatinine are relevant in certain situations, the priority when administering furosemide is to monitor potassium levels due to the medication's potential to deplete potassium.

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