Nursing Elites

1. While suctioning a client’s nasopharynx, the nurse observes that the client’s oxygen saturation remains at 94%, which is the same reading obtained prior to starting the procedure. What action should the nurse take in response to this finding?

• A. Complete the intermittent suction of the nasopharynx.
• B. Reposition the pulse oximeter clip to obtain a new reading.
• C. Stop suctioning until the pulse oximeter reading is above 95%.
• D. Apply an oxygen mask over the client’s nose and mouth.

Correct answer: A

Rationale: A stable oxygen saturation reading of 94% indicates that the nurse can continue with the suctioning procedure. It is within an acceptable range, and there is no immediate need to interrupt the procedure. Continuing with the suctioning will help maintain airway patency and promote adequate oxygenation. Choice B is incorrect because repositioning the pulse oximeter clip is unnecessary when the reading is stable. Choice C is incorrect as there is no evidence to support stopping the suctioning procedure solely based on the oxygen saturation reading of 94%. Choice D is not the best action at this point, as applying an oxygen mask is not indicated when the oxygen saturation is stable and within an acceptable range.

2. A client is admitted with a diagnosis of diabetic ketoacidosis (DKA). Which assessment finding should the nurse anticipate?

• A. Oliguria.
• B. Kussmaul respirations.
• C. Fruity odor on the breath.
• D. Blood glucose level of 250 mg/dL.

Correct answer: B

Rationale: Kussmaul respirations (B) are a deep and labored breathing pattern associated with diabetic ketoacidosis (DKA) and are expected in this condition. While oliguria (A), fruity odor on the breath (C), and elevated blood glucose level (D) are also signs of DKA, Kussmaul respirations are more specific and critical to the condition, indicating severe metabolic acidosis.

3. Which instruction should be included in the discharge teaching plan for an adult client with hypernatremia?

• A. Monitor daily urine output volume
• B. Drink plenty of water whenever thirsty
• C. Use salt tablets for sodium content
• D. Review food labels for sodium content

Correct answer: D

Rationale: In hypernatremia, there is an excess of sodium in the blood. Reviewing food labels for sodium content is crucial as it helps the client identify and avoid high-sodium foods, which can contribute to elevated sodium levels. Monitoring urine output volume may be important for other conditions but is not directly related to managing hypernatremia. Drinking water whenever thirsty is generally good advice for staying hydrated but does not specifically address the issue of high sodium levels. Using salt tablets would worsen hypernatremia by further increasing sodium intake.

4. The healthcare professional is assessing a client with a diagnosis of peripheral arterial disease (PAD). Which assessment finding is most indicative of this condition?

• A. Dependent rubor.
• B. Absence of hair on the lower legs.
• C. Shiny, thin skin on the legs.
• D. Pain in the legs when walking.

Correct answer: D

Rationale: Pain in the legs when walking (D), known as intermittent claudication, is most indicative of peripheral arterial disease (PAD). While dependent rubor (A), absence of hair (B), and shiny, thin skin (C) are also associated with PAD, they are less specific than intermittent claudication. Intermittent claudication is a hallmark symptom of PAD caused by inadequate blood flow to the legs during exercise, resulting in pain that resolves with rest.

5. When is the first dose of Hepatitis B vaccine typically administered?

• A. In the hospital at birth
• B. At one year old
• C. At six months
• D. At 18 months

Correct answer: A

Rationale: The first dose of the Hepatitis B vaccine is usually administered at birth in the hospital to provide early protection against the virus. Giving the vaccine at birth helps prevent perinatal transmission of Hepatitis B from an infected mother to her newborn. This early administration is crucial in establishing immunity in infants, as delaying the vaccine increases the risk of infection. Options B, C, and D are incorrect because delaying the administration of the Hepatitis B vaccine can leave infants vulnerable to the virus during the critical early months of life when they are most susceptible.

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