Nursing Elites

1. What is the combat health support system in the field designed to do?

• A. Provide evacuation to the far rear for treatment and delay return to duty
• B. Project, sustain, and protect the health of the soldier in war and operations other than war
• C. Provide rearward evacuation and reassignment
• D. Provide far rear area care and delayed return to duty

Correct answer: B

Rationale: The combat health support system in the field is primarily designed to project, sustain, and protect the health of soldiers during war and other operations. Choice A is incorrect as it focuses solely on evacuation and delaying return to duty, missing the broader scope of health support. Choice C is incorrect as it only mentions rearward evacuation and reassignment, which is not the sole purpose of the combat health support system. Choice D is also incorrect as it emphasizes far rear area care and delayed return to duty, neglecting the comprehensive nature of health support in combat situations.

2. Which outcome should the nurse identify for the client diagnosed with fluid volume excess?

• A. The client will void a minimum of 30 mL per hour
• B. The client will have elastic skin turgor
• C. The client will have no adventitious breath sounds
• D. The client will have a serum creatinine of 1.4 mg/dL

Correct answer: C

Rationale: The correct outcome for a client diagnosed with fluid volume excess is the absence of adventitious breath sounds. This indicates that fluid is not accumulating in the lungs, a crucial sign in managing fluid volume excess. Choices A, B, and D are incorrect because voiding a specific amount of urine, having elastic skin turgor, and a serum creatinine level do not directly relate to managing fluid volume excess.

3. The nurse cares for a client receiving furosemide (Lasix). The nurse determines that teaching is effective if the client selects which of the following foods?

• A. One medium baked potato
• B. One slice of white bread
• C. One medium apple
• D. One scrambled egg

Correct answer: A

Rationale: The correct answer is A: One medium baked potato. Potatoes are high in potassium, which is crucial for clients on furosemide (Lasix) to prevent hypokalemia, as furosemide can cause potassium loss. White bread (choice B) and scrambled egg (choice D) are not high-potassium foods and do not address the specific need related to furosemide therapy. While apples (choice C) contain some potassium, they are not as rich in potassium as a baked potato, making them a less optimal choice for a client on furosemide.

4. Why may patients with hiatal hernia develop anemia?

• A. Iron absorption is reduced
• B. Gastritis may cause bleeding
• C. Iron stores turn over more quickly
• D. Patients have an aversion to foods that are good sources of iron

Correct answer: B

Rationale: The correct answer is B: Gastritis may cause bleeding. In patients with hiatal hernia, gastritis can occur due to the reflux of stomach acid into the esophagus. This gastritis can lead to gastrointestinal bleeding, resulting in anemia. Choice A is incorrect because iron absorption is not necessarily reduced in hiatal hernia. Choice C is incorrect as iron stores turnover rate is not directly related to the development of anemia in this context. Choice D is incorrect as an aversion to iron-rich foods is not a common reason for anemia in patients with hiatal hernia.

5. The client is diagnosed with hereditary spherocytosis. Which treatment/procedure would the nurse prepare the client to receive?

• A. Bone marrow transplant
• B. Splenectomy
• C. Frequent blood transfusions
• D. Liver biopsy

Correct answer: B

Rationale: The correct answer is B: Splenectomy. Splenectomy is the treatment of choice for hereditary spherocytosis. By removing the spleen, the excessive destruction of red blood cells is reduced, preventing hemolysis and improving anemia. Bone marrow transplant (A) is not a standard treatment for hereditary spherocytosis. Frequent blood transfusions (C) may temporarily address anemia but do not treat the underlying cause. Liver biopsy (D) is not indicated as a primary treatment for hereditary spherocytosis.

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