A 16kg dog recieves IV fluids at a rate of 60mL/kg/day. How much is that per min?
A 16kg dog recieves IV fluids at a rate of 60mL/kg/day. How much is that per...
Adding drugs to IV fluids A 10-kg dog has been prescribed a drug with the strength of 6 mg/ml infuse the dog is 2 mgkg/day (24 hours). The dog is receiving maintenance fluids at a maintenancc rate of 50 ml/kg/day. The drug is to be added to a l-L bag of tluid a. Calculate the amount of drug to add to the fluid. What is the drip rate over which the Auid should be given using a giving set that
A 12-kg dog is receiving maintenance fluids at a rate of 50 mL/kg/day (24 hours). A drug with the strength of 1.8 mg/mL and a dose rate of 2 mg/kg is to be added to a 1-L bag of fluid. What volume of the drug is to be added?
A 26Kg dog receives maintenance fluids at a rate of 40mL/Kg/24 hours. How many milliliters does it receive per hour?
Calculate the daily rate of maintenance fluids and the IV hourly flow rate for a child who weighs 25 kg. A) 130 mL per day, 5.4 mL/h B) 260 mL per day, 10.8 mL/h C)1,150 mL per day, 47.9 mL/h D) 650 mL per day, 27 mL/h
Calculate the tot maintenance fluids. Infuse . al IV fluid volume/day and hourly IV rate for a 61 pound child receiving 2. 2 mL at mL/h
Calculate the total IV fluid volume/day and hourly IV rate for a 3,500g in maintenance fluids Infuse infant receiving mL at mL/h
How much fluid would a 19Kg dog receive in 10 hours if the fluid was given at a rate of 40mL/Kg/day?
Calculate the daily rate of maintenance fluids and the IV hourly flow rate for a child who weighs 44 pounds. O A. 1,100 mL/day, 46 mL/hr O B. 850 mL/day; 35 m/hr O c. 1,500 mL/day; 62 mL/hr 0 D. 1,200 mL/day: 50 mUhr
How much calcium bicarbonate (kg/day) will need to be added per day in water with alkalinity of 30 mg/L CaCO3 (assume for simplicity only bicarbonate alkalinity is present) if 794 kg of Al2(SO4)3 x18H2O is added per week to treat water with coagulation/flocculation in a water treatment plant with capacity of 1 MGD. Consider the following coagulation/flocculation (unbalanced) reactions occur: Al3+ + HCO3– → Al(OH)3 + CO2
IV. Dosage Calculation by Body Mass 16. Fluorouracil 12 mg/kg/day IV, not to exceed 800 mg/day. The adult weighs 132 lbs. How many mg of the drug should the client receive per day? 17. Luminal 10 mg/kg IV. Client weighs 45 kg. How many ml should be administered if the stock is 130 mg/ml? 18. Diphenhydramine 50 mg qid. Weight = 15 lbs, Drug dosage = 20-40 mg/kg/day a) How many mL of the drug should be administered if the...