NDC 63323-359-03 305903KANAMYCININJECTION, USP*1 g/3 mL(333 mg/mL)For IM or IV Use3 mL VialRx only10 VialsUsing the label above, how many mL of Kanamycin must be administered to a patientin which the orders read 300 mg IM stat.Give your answer to 2 decimal places. Type mL in the units box.Your Answer:*Each mi contains lanamycin sulfate equivalentto 333 mg kan anycin. 0.45% sodium bisulfitecitrate (2.2%). Adjusted to pH 4.5 with H,S0,wnpos yM pejeng uepxogue ue e peppemixed with other antibaderlal agentsweight at 12-hour intervals. Do not exceedSee insert for V and other usesStore at 20° to 25°C {68* to 77*F [see USPCantrdled Room Temperature).APPAPP Pharmaceuticals, LLC63323-359-0342650DLOT/EXP

Answered: NDC 63323-359-03 305903 KANAMYCIN…

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

Problem 1ALQ: a. There are 365 days per year, 24 hours per day, 12 months per year, and 60 minutes per hour. Use...

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Similar questions

1.75 What does it mean that ITO films are made by deposition? In what phase do materials begin, and in what phase do they end up?
The density of an irregularly shaped object was determined as follows. The mass of the object was found to be 28.90 g 0.03 g. A graduated cylinder was partially filled with water. The reading of the level of the water was 6.4 cm3 0.1 cm3. The object was dropped in the cylinder, and the level of the water rose to 9.8 cm3 0.1 cm3. What is the density of the object with appropriate error limits? (See Appendix 1.5.)
1.65 An industrial engineer is designing a process to manufacture bullets. The mass of each bullet must be within 0.2 5% of 150 grains. What range of bullet masses, in mg, will meet this tolerance? 1 grain = 64.79891 mg.
a. There are 365 days per year, 24 hours per day, 12 months per year, and 60 minutes per hour. Use these data (o deter- mine how many minutes are in a month. b. Now use the following data to calculate the number of minutes in a month: 24 hours per day, 60 minutes per hour, 7 days per week, and 4 weeks per month. c. Why are these answers different? Which (if any) is more correct? Why?
The average dosage of oxcarbazepine for an epileptic child between the ages of 4 and 16 is 9.00 mgmg per 1 kgkg of body weight (9.00 mg/kgmg/kg). Calculate how many milliliters of oxcarbazepine a child who weighs 57.6 pounds should be prescribed considering the medication is served as a suspension of 60.0 mg/mLmg/mL. Keep in mind that 1 pound is equivalent to 0.453 kilograms.
Infusion Rates for Dextrose (D5W). A 5% dextrose solution (mg per 100 mL of solution ) is given intravenously. Suppose a total of 1.5 L of the solution is given over a 12-hour period. a. What is the flow rate in units mL/hr? In units of mg (of dextrose)/hr b. If each milliliter of the solution is equivalent to 15 drops (this drop factor is expressed as 15 gtt/mL, where the abbreviation gtt comes from the Latin guttta, for drop), what is the flow rate in units of gtt/hr? c. During the 12-hour period, how much dextrose is delivered? I do not have the answers for this. Answer this as best as you can. This is for Math 140 Statistic and Probability. Please watch grammar, do not leave words out, use short answers. Thank you.
Acute lymphatic leukemia can respond well to methotrexate given 2.5 mg/kg every 14 days by IV. Rounding to the nearest whole number, what would be the appropriate dosage of methotrexate to administer biweekly to a patient weighing 110 pounds?
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? 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? 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? 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? 3,936.5 drops B. 7,500 drops C. 11,250 drops D.…
A patient weighing 80 kg requires an oral daily dose of 12 mg/kg of drug D for 14 days. Drug D is available only as a suspension of 30 mg/ 2 mL. How much suspension (in mL) will this person use during this course of treatment? (You can assume that the patient is fully complaint and no spillage or loss in any other way occurs.)
Heparin is available in a 10 mL vial containing 2500 units/mL. A heparin infusion is prepared by adding 7.5 mL of the heparin stock solution to a final volume of 500 mL of Dextrose 5% in Water. What is the infusion rate (mL/hour) required to deliver a dose of 18 units/kg/hour to a patient who is 6’0” tall and weighs 154 lbs?
Calculate the volume (in mL) per dose for 400. mg/mL amoxicillin to deliver two doses per day at 40.0 mg/(kg⋅day) for a 22.0 pound patient. 2.20 pounds = 1 kg. Group of answer choices
Vancomycin hydrochloride is to be administered to a 2-year-old patient weighing 30 lb for the management of antibiotic-associated colitis. The suggested dose to be prescribed is 5 mg/kg four times daily for 7 days. Over the total 7 days how much vancomycin hydrochloride will the patient have been given? (1 lb = 0.45 kg)

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