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11. The measured drug dosage is a. 33 mL b. 0.10 mg drug (1 kg body mass) 82 kg patient where 15 mL of solution contains 60. mg of drug? x dags 4.5 mL C. 2.1 mL d. 0.14 mL How many mL of solution must be given to a 88k!

11. The measured drug dosage is a. 33 mL b. 0.10 mg drug (1 kg body mass) 82 kg patient where 15 mL of solution contains 60. mg of drug? x dags 4.5 mL C. 2.1 mL d. 0.14 mL How many mL of solution must be given to a 88k!

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
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The measure drug dosage is 0.10 mg drug for 1 kg body mass.

**Educational Website Content: Drug Dosage Calculation Example** --- ### Drug Dosage Calculation Practice Question **Problem Statement:** The measured drug dosage is 0.10 mg per kg of body mass. How many milliliters (mL) of solution must be given to an 82 kg patient, where 1 mL of solution contains 60 mg of the drug? **Options:** a. 33 mL b. 4.5 mL c. 1.4 mL d. 0.14 mL To solve this problem, follow these steps: 1. **Calculate the total dosage required:** - Dosage per kilogram = 0.10 mg/kg - Patient's weight = 82 kg - Total dosage = 0.10 mg/kg * 82 kg = 8.2 mg 2. **Determine the volume of the solution needed:** - The concentration of the solution = 60 mg/mL - Volume required (in mL) = Total dosage / Concentration - Volume required = 8.2 mg / 60 mg/mL = 0.137 mL **Correct Answer:** d. 0.14 mL By following the calculations, it is clear that the correct volume of the solution that needs to be administered to an 82 kg patient is approximately 0.14 mL. This ensures the patient receives the correct dosage of 0.10 mg per kg of body weight.
Transcribed Image Text:**Educational Website Content: Drug Dosage Calculation Example** --- ### Drug Dosage Calculation Practice Question **Problem Statement:** The measured drug dosage is 0.10 mg per kg of body mass. How many milliliters (mL) of solution must be given to an 82 kg patient, where 1 mL of solution contains 60 mg of the drug? **Options:** a. 33 mL b. 4.5 mL c. 1.4 mL d. 0.14 mL To solve this problem, follow these steps: 1. **Calculate the total dosage required:** - Dosage per kilogram = 0.10 mg/kg - Patient's weight = 82 kg - Total dosage = 0.10 mg/kg * 82 kg = 8.2 mg 2. **Determine the volume of the solution needed:** - The concentration of the solution = 60 mg/mL - Volume required (in mL) = Total dosage / Concentration - Volume required = 8.2 mg / 60 mg/mL = 0.137 mL **Correct Answer:** d. 0.14 mL By following the calculations, it is clear that the correct volume of the solution that needs to be administered to an 82 kg patient is approximately 0.14 mL. This ensures the patient receives the correct dosage of 0.10 mg per kg of body weight.
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