Nursing Elites

1. A client with multiple sclerosis is experiencing fatigue. What is the nurse's priority intervention?

• A. Encourage the client to increase physical activity.
• B. Encourage the client to take rest breaks during activities.
• C. Administer a stimulant medication to reduce fatigue.
• D. Advise the client to use energy conservation techniques.

Correct answer: D

Rationale: The correct answer is D: Advise the client to use energy conservation techniques. Energy conservation techniques are crucial in managing fatigue in multiple sclerosis. These techniques involve prioritizing activities, pacing oneself, and taking rest breaks to prevent overexertion, which can exacerbate fatigue. Encouraging the client to increase physical activity (choice A) may worsen fatigue if not done with proper energy conservation. Taking rest breaks during activities (choice B) is important but falls secondary to teaching energy conservation techniques. Administering a stimulant medication to reduce fatigue (choice C) should not be the priority as non-pharmacological interventions like energy conservation should be attempted first.

2. The nurse is administering an intradermal injection for a tuberculosis skin test. Which technique should the nurse use?

• A. Use a 25-gauge needle at a 90-degree angle
• B. Use a 27-gauge needle at a 15-degree angle
• C. Use a 22-gauge needle at a 45-degree angle
• D. Use a 20-gauge needle at a 90-degree angle

Correct answer: B

Rationale: An intradermal injection for a tuberculosis skin test should be administered using a 27-gauge needle at a 15-degree angle. This technique ensures that the medication is delivered into the dermis layer of the skin. Choice A is incorrect because a 25-gauge needle is too large for an intradermal injection. Choice C is incorrect as a 22-gauge needle is also too large and the angle is too steep for an intradermal injection. Choice D is incorrect as a 20-gauge needle is too large for an intradermal injection, and a 90-degree angle would not deliver the medication accurately into the dermis.

3. The nurse receives a report on an older adult client with middle stage dementia. What information suggests the nurse should do immediate follow-up rather than delegate care to the nursing assistant?

• A. Has had a change in respiratory rate with an increase of 2 breaths
• B. Has had a change in heart rate with an increase of 10 beats
• C. Was minimally responsive to voice and touch
• D. Has had a blood pressure change with a drop of 8 mmHg systolic

Correct answer: C

Rationale: A change in responsiveness, as indicated by being minimally responsive to voice and touch, suggests a potential acute issue that requires immediate nursing assessment and intervention rather than delegation. Changes in vital signs (choices A, B, D) can be important but do not always indicate an immediate need for nursing intervention compared to a change in responsiveness.

4. Which of these findings would the nurse more closely associate with anemia in a 10-month-old infant?

• A. Hemoglobin level of 12 g/dL
• B. Pale mucosa of the eyelids and lips
• C. Hypoactivity
• D. A heart rate between 140 to 160

Correct answer: B

Rationale: The correct answer is B. Pale mucous membranes, such as those of the eyelids and lips, are a classic sign of anemia in infants. Anemia leads to decreased oxygen-carrying capacity, resulting in tissue hypoxia, which can manifest as pale mucosa. Choice A, a hemoglobin level of 12 g/dL, is within the normal range for a 10-month-old infant and would not necessarily indicate anemia. Choice C, hypoactivity, is a non-specific finding and can be present in various conditions, not specifically anemia. Choice D, a heart rate between 140 to 160, is within the normal range for an infant and is not a specific finding associated with anemia.

5. An adolescent client with meningococcal meningitis is receiving a continuous IV infusion of penicillin G. How many mL/hour should the nurse program the infusion pump to deliver?

• A. 83
• B. 85
• C. 87
• D. 90

Correct answer: A

Rationale: The correct answer is A: 83. The pharmacy provided the infusion at 10 million units per liter, which requires a rate of 83 mL/hour. To calculate this, multiply the dosage by the volume of the IV solution and divide by the concentration of the IV solution in million units: 10 million units per liter x 8.3 L = 83 mL/hour. Choices B, C, and D are incorrect as they do not align with the calculation based on the given information.

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