A nurse is preparing to administer acyclovir 10 mg/kg IV to a client who weighs 132 lbs. Available is acyclovir IV injectable solution 30 ing/ind Hone many mL should the nurse administer?
(Round the answer to the nearest whole number. Use a leading zero if it applies. Do not use a trailing zero.)
The Correct Answer is ["20"]
Step 1: Convert Weight to Kilograms
- 1 lb = 0.4536 kg
- 132 lb × 0.4536 kg/lb = 59.87 kg
Step 2: Calculate Total Dose of Acyclovir
- Prescribed dose = 10 mg/kg
- Total dose = 59.87 kg × 10 mg/kg = 598.75 mg
Step 3: Determine the Volume of Injectable Solution
- Acyclovir IV concentration = 30 mg/mL
- Volume = 598.75 mg ÷ 30 mg/mL = 19.96 mL
The nurse should administer 20 mL (rounded to the nearest whole number) of acyclovir IV injectable solution.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Urticaria (hives): Urticaria is a manifestation of an allergic reaction, which can occur during a transfusion reaction. If the client develops urticaria, it suggests an allergic response, and epinephrine may be administered to manage severe allergic reactions.
B. Distended jugular vein: Distended jugular veins may be associated with fluid overload or cardiovascular issues, but it is not a typical indication for administering epinephrine during a blood transfusion reaction.
C. Bounding pulse: A bounding pulse may be associated with increased cardiac output but is not typically an indication for epinephrine administration during a blood transfusion reaction.
D. Confusion: Confusion is a neurological symptom and is not a typical indication for administering epinephrine during a blood transfusion reaction. Neurological symptoms may suggest other complications that need appropriate interventions.
Correct Answer is C
Explanation
A. Hypomagnesemia: While exercise can cause some magnesium loss through sweat, lithium is not specifically associated with magnesium imbalance. The primary concern in this scenario is related to sodium levels due to the impact of both exercise and lithium.
B. Hypokalemia: Exercise might also lead to potassium loss through sweat. However, potassium levels are not specifically affected by lithium in the same way as sodium levels. Hyponatremia is a more significant concern in this context.
C. Hyponatremia: Exercise-induced sodium loss compounded with lithium's potential to disrupt sodium balance increases the risk of hyponatremia. It's essential to monitor sodium levels in individuals on lithium who start new exercise programs.
D. Hypocalcemia: Exercise itself doesn't directly lead to significant calcium imbalances. Additionally, lithium is not associated with disturbances in calcium levels to the extent that it is with sodium levels.
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