Nursing Elites

1. Which laboratory finding should the nurse expect to see in a child with acute rheumatic fever?

• A. Thrombocytopenia
• B. Polycythemia
• C. Decreased ESR
• D. Positive ASO titer

Correct answer: D

Rationale: The correct answer is D: Positive ASO titer. A positive ASO titer indicates recent streptococcal infection, which is associated with acute rheumatic fever. Thrombocytopenia (choice A) is not a typical laboratory finding in acute rheumatic fever. Polycythemia (choice B) refers to an increased red blood cell count, which is not typically seen in acute rheumatic fever. Decreased ESR (choice C) is not a common laboratory finding in acute rheumatic fever; in fact, ESR is often elevated in inflammatory conditions like rheumatic fever.

2. When washing soiled hands, what should the nurse do after wetting the hands and applying soap?

• A. Rub hands palm to palm
• B. Interlace the fingers
• C. Dry hands with a paper towel
• D. Turn off the water faucet

Correct answer: A

Rationale: After wetting the hands and applying soap, the nurse should rub hands palm to palm. Rubbing hands palm to palm helps create friction and effectively clean the hands by spreading the soap and reaching all areas. Interlacing the fingers, drying hands with a paper towel, and turning off the water faucet should come after rubbing hands palm to palm in the handwashing process. Interlacing the fingers can be done to ensure the backs of the hands are cleaned, drying hands with a paper towel is the final step to ensure hands are dry, and turning off the water faucet helps save water.

3. A client receives a prescription for acetylcysteine (Mucomyst) 1.4 grams per nasogastric tube q4 hours. Acetylcysteine is available as a 10% solution (10 grams/100ml). How many ml of the 10% solution should the nurse administer per dose?

• A. 7
• B. 10
• C. 14
• D. 1.4 grams of acetylcysteine is equivalent to 14 ml of a 10% solution.

Correct answer: D

Rationale: To determine the amount of the 10% acetylcysteine solution to administer, convert the 1.4 grams to milligrams (1.4 grams = 1400 mg). Then, as the 10% solution contains 10 grams (10,000 mg) per 100 ml, it means there are 1000 mg of acetylcysteine in every 10 ml of the solution (10,000 mg / 100 ml = 100 mg/ml). Therefore, to administer 1400 mg (1.4 grams) of acetylcysteine, the nurse should give 14 ml of the 10% solution. Choices A, B, and C are incorrect as they do not accurately convert the amount of acetylcysteine to the corresponding volume of the 10% solution.

4. A client morning assessment includes bounding peripheral pulses, weight gain of 2 pounds, pitting ankle edema, and moist crackles bilaterally. Which intervention is most important for the nurse to include in this client’s plan of care?

• A. Restrict daily fluid intake to 1500 ml
• B. Weight the client every morning
• C. Maintain accurate intake and output
• D. Administer prescribed diuretic

Correct answer: D

Rationale: Administering a prescribed diuretic is the most important intervention in this scenario as the client is presenting signs of fluid overload and heart failure. Diuretics help reduce fluid retention in the body, alleviating symptoms like edema and crackles. Restricting fluid intake may be necessary in some cases, but in this acute situation, addressing the immediate fluid overload with a diuretic takes precedence. Weighing the client daily and maintaining accurate intake and output are important aspects of monitoring, but they do not directly address the urgent need to manage fluid overload.

5. A postoperative client returns to the nursing unit following a ureterolithotomy via a flank incision. Which potential nursing problem has the highest priority when planning nursing care for this client?

• A. Ineffective airway clearance
• B. Altered nutrition less than body requirements
• C. Fluid volume excess
• D. Activity intolerance

Correct answer: A

Rationale: In this scenario, the highest priority nursing problem for the postoperative client following a ureterolithotomy via a flank incision is ineffective airway clearance. After surgery, there is a risk of airway obstruction due to factors like anesthesia, positioning during surgery, or the presence of secretions. Maintaining a clear airway is crucial to prevent respiratory complications, such as atelectasis or pneumonia. Altered nutrition, fluid volume excess, and activity intolerance are important considerations but are secondary to the immediate threat of compromised airway clearance in the postoperative period.

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