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The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? A. 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy's stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? A. 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? A. 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital's IV set, how many drops of the admixture should be administered to the patient? A. 3,936.5 drops B. 7,500 drops C. 11,250 drops D. 15,000 drops 5. How many drops per minute should be administered to the patient? Round up answers to the nearest whole number. A. 11 drops per min B. 21 drops per min C. 32 drops per min D. 42 drops per min

The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? A. 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy's stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? A. 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? A. 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital's IV set, how many drops of the admixture should be administered to the patient? A. 3,936.5 drops B. 7,500 drops C. 11,250 drops D. 15,000 drops 5. How many drops per minute should be administered to the patient? Round up answers to the nearest whole number. A. 11 drops per min B. 21 drops per min C. 32 drops per min D. 42 drops per min

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter1: Basic Concepts Of Chemistry
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Problem 49RGQ: Fluoridation of city water supplies has been practiced in the United States for several decades. It...
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The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? A. 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy's stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? A. 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? A. 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital's IV set, how many drops of the admixture should be administered to the patient? A. 3,936.5 drops B. 7,500 drops C. 11,250 drops D. 15,000 drops 5. How many drops per minute should be administered to the patient? Round up answers to the nearest whole number. A. 11 drops per min B. 21 drops per min C. 32 drops per min D. 42 drops per min
Transcribed Image Text:The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? A. 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy's stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? A. 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? A. 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital's IV set, how many drops of the admixture should be administered to the patient? A. 3,936.5 drops B. 7,500 drops C. 11,250 drops D. 15,000 drops 5. How many drops per minute should be administered to the patient? Round up answers to the nearest whole number. A. 11 drops per min B. 21 drops per min C. 32 drops per min D. 42 drops per min
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