Nursing Elites

1. When initiating cardiopulmonary resuscitation (CPR), what assessment finding must the healthcare provider confirm before beginning chest compressions?

• A. Absence of a pulse
• B. Presence of a pulse
• C. Respiratory rate
• D. Blood pressure

Correct answer: A

Rationale: The correct answer is A: Absence of a pulse. Prior to initiating chest compressions during CPR, it is essential to confirm the absence of a pulse. Chest compressions are indicated when there is no detectable pulse as it signifies cardiac arrest. Checking for a pulse is a critical step to ensure that CPR is performed on individuals who truly require it. Choices B, C, and D are incorrect because focusing on the presence of a pulse, respiratory rate, or blood pressure before starting chest compressions can delay life-saving interventions in a person experiencing cardiac arrest.

2. A client with chronic kidney disease is receiving epoetin alfa (Epogen). Which laboratory value should the LPN/LVN monitor to determine the effectiveness of this medication?

• A. Serum potassium
• B. Hemoglobin
• C. Serum creatinine
• D. Blood urea nitrogen (BUN)

Correct answer: B

Rationale: The correct answer is B: Hemoglobin. Monitoring hemoglobin levels is essential to assess the effectiveness of epoetin alfa in clients with chronic kidney disease. Epoetin alfa is a medication that stimulates red blood cell production, aiming to increase hemoglobin levels and improve symptoms of anemia in these patients. Monitoring serum potassium (Choice A) is important in clients with kidney disease, but it is more related to assessing electrolyte balance rather than the direct effectiveness of epoetin alfa. Serum creatinine (Choice C) and blood urea nitrogen (Choice D) are kidney function tests that help evaluate kidney health but do not specifically reflect the effectiveness of epoetin alfa therapy.

3. A client with congestive heart failure (CHF) is receiving furosemide (Lasix). Which laboratory value should the LPN monitor closely while the client is taking this medication?

• A. Sodium
• B. Potassium
• C. Calcium
• D. Magnesium

Correct answer: B

Rationale: The LPN should monitor potassium levels closely while the client is taking furosemide (Lasix) due to the medication's potential to cause hypokalemia. Furosemide is a loop diuretic that can lead to potassium loss through increased urine output. Hypokalemia can result in serious complications such as cardiac dysrhythmias. Monitoring sodium levels (choice A) is important but not as critical as monitoring potassium in this context. Calcium (choice C) and magnesium (choice D) levels are not typically affected by furosemide and are not the priority for monitoring in this scenario.

4. The nurse is caring for an adult who has fluid volume excess. When weighing the client, the nurse should:

• A. Weigh the client upon rising
• B. Weigh the client at different times of the day
• C. Weigh the client after meals
• D. Weigh the client weekly

Correct answer: A

Rationale: Weighing the client upon rising is the correct approach when caring for a client with fluid volume excess. Weighing the client in the morning upon rising provides a consistent and accurate measure of weight, as it helps to eliminate the influence of daily fluctuations that can occur throughout the day. Weighing at different times of the day (choice B) may lead to inconsistent measurements due to variations in food intake, hydration status, and other factors. Weighing the client after meals (choice C) can also lead to inaccurate readings as food and fluid intake can affect weight. Weighing the client weekly (choice D) is not frequent enough to monitor changes in weight accurately for a client with fluid volume excess.

5. Postoperative client with fluid volume deficit. Which change indicates successful treatment?

• A. Decrease in heart rate
• B. Increase in blood pressure
• C. Decrease in respiratory rate
• D. Increase in urine output

Correct answer: A

Rationale: A decrease in heart rate can indicate improved fluid balance and successful treatment of fluid volume deficit. When a client is experiencing fluid volume deficit, the heart rate typically increases as a compensatory mechanism to maintain cardiac output. As fluid volume is restored and the deficit is corrected, the heart rate should decrease back towards a normal range. Choices B, C, and D are less likely to be directly related to the successful treatment of fluid volume deficit. An increase in blood pressure may occur as a compensatory response to fluid volume deficit; a decrease in respiratory rate is not a typical indicator of fluid volume deficit correction; and an increase in urine output can be a sign of improved kidney function but may not directly reflect fluid volume status.

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