Nursing Elites

1. A nurse is caring for a client in preterm labor who is receiving magnesium sulfate by continuous IV infusion. Which of the following client findings indicates medication toxicity?

• A. Blood glucose of 150 mg/dL
• B. Urine output of 20 mL per hour
• C. Systolic blood pressure of 140 mm Hg
• D. BUN 20 mg/dL

Correct answer: B

Rationale: A urine output of 20 mL per hour is low and indicates renal insufficiency, a sign of magnesium sulfate toxicity. The medication is excreted by the kidneys, so toxicity can occur if renal function declines. Blood glucose of 150 mg/dL is within normal range and not indicative of magnesium sulfate toxicity. A systolic blood pressure of 140 mm Hg is elevated but not specifically related to magnesium sulfate toxicity. A BUN level of 20 mg/dL is also within normal limits and not a sign of medication toxicity.

2. A client just received the first dose of lisinopril. Which of the following is an appropriate nursing intervention?

• A. Place the client on cardiac monitoring
• B. Monitor the client's oxygen saturation level
• C. Provide standby assistance when getting out of bed
• D. Encourage foods high in potassium

Correct answer: C

Rationale: The correct answer is to provide standby assistance when getting out of bed. Lisinopril can cause first-dose hypotension, leading to dizziness and increasing the risk of falls. Standby assistance helps ensure the client's safety when mobilizing. Placing the client on cardiac monitoring (choice A) is not necessary unless there are specific indications for cardiac monitoring. Monitoring oxygen saturation (choice B) is not directly related to the side effects of lisinopril. Encouraging foods high in potassium (choice D) is not the most immediate or appropriate intervention following the administration of lisinopril.

3. A client is experiencing urinary incontinence, and a nurse is providing care. Which of the following recommendations should the nurse include in the teaching plan for this client?

• A. Drink large amounts of water before bedtime
• B. Perform Kegel exercises regularly
• C. Limit fiber intake in the diet to avoid bowel irritation
• D. Increase intake of caffeinated and carbonated beverages

Correct answer: B

Rationale: The correct recommendation for a client experiencing urinary incontinence is to perform Kegel exercises regularly. These exercises help strengthen the pelvic floor muscles, improving bladder control and reducing urinary incontinence. Option A is incorrect because drinking large amounts of water before bedtime can worsen urinary incontinence by increasing urine production. Option C is incorrect as fiber is important for bowel health and limiting it may not be beneficial for the client. Option D is incorrect as caffeinated and carbonated beverages can irritate the bladder and worsen urinary incontinence, so they should be avoided.

4. A nurse is caring for a client with a new prescription for clindamycin. Which of the following should the nurse monitor?

• A. Liver function
• B. Serum potassium
• C. Signs of superinfection
• D. Blood glucose

Correct answer: C

Rationale: The correct answer is C: Signs of superinfection. Clindamycin can lead to antibiotic-associated colitis and other superinfections, making it crucial for the nurse to monitor the client for signs of superinfection. Monitoring liver function (choice A) is not typically associated with clindamycin use. Serum potassium levels (choice B) and blood glucose (choice D) are also not directly affected by clindamycin, so they are not the priority for monitoring in this case.

5. A nurse is caring for a client who is hyperventilating and has the following ABG results: pH 7.50, PaCO2 29 mm Hg, and HCO3- 25 mEq/L. The nurse should recognize that the client has which of the following acid-base imbalances?

• A. Respiratory acidosis
• B. Respiratory alkalosis
• C. Metabolic acidosis
• D. Metabolic alkalosis

Correct answer: B

Rationale: The correct answer is B: Respiratory alkalosis. In this scenario, the client is hyperventilating, leading to excessive elimination of carbon dioxide. As a result, the PaCO2 decreases, causing a decrease in hydrogen ion concentration and an increase in pH, resulting in respiratory alkalosis. Choice A, Respiratory acidosis, is incorrect because the ABG results show a low PaCO2, not an elevated one. Choices C and D, Metabolic acidosis and Metabolic alkalosis, do not align with the ABG results provided, which point towards a respiratory, not metabolic, imbalance.

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