Nursing Elites

1. A healthcare professional is caring for a client receiving potassium-sparing diuretics. Which of the following should the healthcare professional monitor?

• A. Hypokalemia
• B. Hyperkalemia
• C. Hypoglycemia
• D. Hyponatremia

Correct answer: B

Rationale: Corrected Rationale: When a client is receiving potassium-sparing diuretics, the healthcare professional should monitor for hyperkalemia. Potassium-sparing diuretics can cause potassium retention, leading to elevated potassium levels in the blood. Monitoring potassium levels is crucial to prevent hyperkalemia-related complications such as cardiac arrhythmias. Choices A, C, and D are incorrect because potassium-sparing diuretics typically do not cause hypokalemia, hypoglycemia, or hyponatremia.

2. A nurse is preparing to administer regular insulin and NPH insulin. What is the proper sequence of events the nurse should follow?

• A. Inspect the vials for contamination.
• B. Withdraw regular insulin first, then NPH.
• C. Inject air into the NPH insulin vial first.
• D. Roll the NPH insulin vial between the hands to mix.

Correct answer: A

Rationale: The correct sequence of events for administering regular insulin and NPH insulin begins with inspecting the vials for contamination to ensure patient safety. Rolling the NPH insulin vial between the hands to mix and injecting air into the NPH insulin vial should follow the inspection step. Afterward, the nurse should inject air into the regular insulin vial and then withdraw the regular insulin first. Option A is the correct answer as it outlines the initial crucial step in the administration process. Option B is incorrect as it provides the incorrect order of withdrawing the insulins. Option C is incorrect as injecting air into the NPH insulin vial should come after inspecting the vials. Option D is incorrect as rolling the NPH insulin vial should be done after inspecting the vials and injecting air into the NPH insulin vial.

3. A healthcare professional is reviewing the health history of an older adult who has a hip fracture. What is a risk factor for developing pressure injuries?

• A. Dehydration
• B. Urinary incontinence
• C. Poor nutrition
• D. Poor tissue perfusion

Correct answer: B

Rationale: Urinary incontinence is a risk factor for developing pressure injuries due to prolonged skin exposure to moisture and irritants. Dehydration (choice A) can contribute to skin dryness but is not a direct risk factor for pressure injuries. Poor nutrition (choice C) can affect wound healing but is not specifically linked to pressure injuries. Poor tissue perfusion (choice D) can increase the risk of tissue damage but is not as directly associated with pressure injuries as urinary incontinence.

4. A nurse is caring for a client who has severe preeclampsia and is receiving magnesium sulfate. The nurse should monitor the client for which of the following findings as an indication of magnesium toxicity?

• A. Decreased deep tendon reflexes
• B. Elevated blood pressure
• C. Increased urinary output
• D. Hyperreflexia

Correct answer: A

Rationale: The correct answer is A: Decreased deep tendon reflexes. Magnesium sulfate toxicity can lead to diminished deep tendon reflexes, respiratory depression, and decreased urine output. Diminished deep tendon reflexes are an early sign of magnesium toxicity and indicate the need to discontinue the infusion. Elevated blood pressure (choice B) is not typically associated with magnesium toxicity. Increased urinary output (choice C) is also not a common finding in magnesium toxicity. Hyperreflexia (choice D) is not consistent with the expected findings of magnesium toxicity, which typically causes decreased reflexes.

5. A nurse is reviewing the ABG results of a client with chronic emphysema. Which result suggests the need for further treatment?

• A. PaO2 level of 89 mm Hg
• B. PaCO2 level of 55 mm Hg
• C. HCO3 level of 25 mEq/L
• D. pH level of 7.37

Correct answer: B

Rationale: The correct answer is B. A PaCO2 level of 55 mm Hg is elevated, indicating carbon dioxide retention, a common complication of emphysema that necessitates intervention. Elevated PaCO2 can lead to respiratory acidosis, reflecting inadequate ventilation. Choices A, C, and D are within normal ranges. A PaO2 level of 89 mm Hg is acceptable. An HCO3 level of 25 mEq/L falls within the normal range, suggesting adequate compensation. A pH level of 7.37 is also within the normal range, indicating the client's acid-base balance is maintained.

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