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Questions 13 through 16 pertain the following medication order. PHARMACY STOCK Calcium chloride 13.6 mEq/mL sol'n vial Calcium gluconate 0.465 mEq/mL sol'n vial Insulin regular U-100 vial Potassium chloride 14.9 % (w/v) sol'n vial Potassium acetate 2 mEq/mL sol'n vial Sodium chloride 4 mEq/mL sol'n vial MOLECULAR WEIGHTS CaCl₂110.98 g/mol Ca gluconate, 430.37 g/mol KCI 74.5 g/mol KCH3COO 98 g/mol H PHYSICIAN'S ORDER DATE 7/25 TIME 8:30 AM PATIENT NAME: Elyze Givens AGE/SEX: 40 F PHYSICIAN: Dr. Lytes 00001 HOSP # SERVICE: ROOM: WEIGHT: HEIGHT: Gen Medicine 519 116 lb 5' 1 ORDERS KCI 40 mEq Calcium gluconate 8 mEq Insulin regular 50 Units 500 mL D2.5 ½/2 NS Infuse for 24 hours with routine monitoring Unless "No Substitution permitted" is clearly written on the order, a generic or therapeutic equivalent drug may be dispensed according to the Formulary policies of this hospital. 13. How many milliliters of potassium chloride solution would you need to draw out to prepare this order? 14. What flow rate is appropriate for this medication order, in mL/hr?* 15. Calculate the final concentration of calcium gluconate, as a ratio strength. Round denominator to the nearest whole number. MWca gluconatez = 430.37 g/mol* 16. How long would the infusion need to run for to deliver 400 mg of dextrose monohydrate, in minutes?

Questions 13 through 16 pertain the following medication order. PHARMACY STOCK Calcium chloride 13.6 mEq/mL sol'n vial Calcium gluconate 0.465 mEq/mL sol'n vial Insulin regular U-100 vial Potassium chloride 14.9 % (w/v) sol'n vial Potassium acetate 2 mEq/mL sol'n vial Sodium chloride 4 mEq/mL sol'n vial MOLECULAR WEIGHTS CaCl₂110.98 g/mol Ca gluconate, 430.37 g/mol KCI 74.5 g/mol KCH3COO 98 g/mol H PHYSICIAN'S ORDER DATE 7/25 TIME 8:30 AM PATIENT NAME: Elyze Givens AGE/SEX: 40 F PHYSICIAN: Dr. Lytes 00001 HOSP # SERVICE: ROOM: WEIGHT: HEIGHT: Gen Medicine 519 116 lb 5' 1 ORDERS KCI 40 mEq Calcium gluconate 8 mEq Insulin regular 50 Units 500 mL D2.5 ½/2 NS Infuse for 24 hours with routine monitoring Unless "No Substitution permitted" is clearly written on the order, a generic or therapeutic equivalent drug may be dispensed according to the Formulary policies of this hospital. 13. How many milliliters of potassium chloride solution would you need to draw out to prepare this order? 14. What flow rate is appropriate for this medication order, in mL/hr?* 15. Calculate the final concentration of calcium gluconate, as a ratio strength. Round denominator to the nearest whole number. MWca gluconatez = 430.37 g/mol* 16. How long would the infusion need to run for to deliver 400 mg of dextrose monohydrate, in minutes?

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Questions 13 through 16 pertain the following medication order. PHARMACY STOCK Calcium chloride 13.6 mEq/mL sol'n vial Calcium gluconate 0.465 mEq/mL sol'n vial Insulin regular U-100 vial Potassium chloride 14.9 % (w/v) sol'n vial Potassium acetate 2 mEq/mL sol'n vial Sodium chloride 4 mEq/mL sol'n vial MOLECULAR WEIGHTS CaCl₂110.98 g/mol Ca gluconate, 430.37 g/mol KCI 74.5 g/mol KCH3COO 98 g/mol H PHYSICIAN'S ORDER DATE TIME 7/25 8:30 AM PATIENT NAME: Elyze Givens AGE/SEX: 40 F PHYSICIAN: HOSP # Dr. Lytes 00001 SERVICE: ROOM: WEIGHT: HEIGHT: Gen Medicine 519 116 lb 5' 1" ORDERS KCI 40 mEq Calcium gluconate 8 mEq Insulin regular 50 Units 500 mL D2.5 1/2 NS Infuse for 24 hours with routine monitoring Unless "No Substitution permitted" is clearly written on the order, a generic or therapeutic equivalent drug may be dispensed according to the Formulary policies of this hospital. 13. How many milliliters of potassium chloride solution would you need to draw out to prepare this order? 14. What flow rate is appropriate for this medication order, in mL/hr?* 15. Calculate the final concentration of calcium gluconate, as a ratio strength. Round denominator to the nearest whole number. MW ca = 430.37 g/mol* gluconate2 16. How long would the infusion need to run for to deliver 400 mg of dextrose monohydrate, in minutes?
Transcribed Image Text:Questions 13 through 16 pertain the following medication order. PHARMACY STOCK Calcium chloride 13.6 mEq/mL sol'n vial Calcium gluconate 0.465 mEq/mL sol'n vial Insulin regular U-100 vial Potassium chloride 14.9 % (w/v) sol'n vial Potassium acetate 2 mEq/mL sol'n vial Sodium chloride 4 mEq/mL sol'n vial MOLECULAR WEIGHTS CaCl₂110.98 g/mol Ca gluconate, 430.37 g/mol KCI 74.5 g/mol KCH3COO 98 g/mol H PHYSICIAN'S ORDER DATE TIME 7/25 8:30 AM PATIENT NAME: Elyze Givens AGE/SEX: 40 F PHYSICIAN: HOSP # Dr. Lytes 00001 SERVICE: ROOM: WEIGHT: HEIGHT: Gen Medicine 519 116 lb 5' 1" ORDERS KCI 40 mEq Calcium gluconate 8 mEq Insulin regular 50 Units 500 mL D2.5 1/2 NS Infuse for 24 hours with routine monitoring Unless "No Substitution permitted" is clearly written on the order, a generic or therapeutic equivalent drug may be dispensed according to the Formulary policies of this hospital. 13. How many milliliters of potassium chloride solution would you need to draw out to prepare this order? 14. What flow rate is appropriate for this medication order, in mL/hr?* 15. Calculate the final concentration of calcium gluconate, as a ratio strength. Round denominator to the nearest whole number. MW ca = 430.37 g/mol* gluconate2 16. How long would the infusion need to run for to deliver 400 mg of dextrose monohydrate, in minutes?
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2. Calculate the final concentration of calcium gluconate, as a ratio strength. Round denominator to the 
nearest whole number. MWCa gluconate₂ = 430.37 g/mol*

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