1 pound = 0.45 kg
61 pounds = 27.45 kgs
For 20kgs, 1500ml / day, for 7.45kgs, we need to add 20ml/kg/day for each kg more than 20 kgs.
So, 7.45 * 20 = 149 ml
Total 1500 + 149 = 1649 ml
We can infuse 1650ml/day
Total volume of fluid divided by total number of hours*60
1650 divided by 1440 = 1.145
1.145 multiply by drop factor 60 = 68.75 ml
We can infuse 1650 ml at 68.75 ml/hr
Calculate the tot maintenance fluids. Infuse . al IV fluid volume/day and hourly IV rate for...
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
Calculate the client’s fluid maintenance? Calculate the IV rate for hourly maintenance fluids. Pediatric HOURLY fluid maintenance intake – based on weight in kg Calculate the fluid maintenance rate for your child who weigh 18 kg.? _____________________ ml/hour FORMULA: a. Weight 1- 10 kg 4 ml/kg for first 10 kg b. Weight 10-20 kg 40 mL + 2 ml/kg for next 10 kg (between 10 - 20 kg) c. Weight >20 kg 60 + 1 ml/kg for remaining...
17. Calculate the client’s fluid maintenance? Calculate the IV rate for hourly maintenance fluids. Pediatric HOURLY fluid maintenance intake – based on weight in kg Calculate the fluid maintenance rate for your child who weigh 18 kg.? _____________________ ml/hour FORMULA: a. Weight 1- 10 kg 4 ml/kg for first 10 kg b. Weight 10-20 kg 40 mL + 2 ml/kg for next 10 kg (between 10 - 20 kg) c. Weight >20 kg 60 + 1 ml/kg for...
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 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
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?
19. Calculate the client’s fluid maintenance? His weight is 18 kg. The hourly fluid requirement: __________/ hour; The daily fluid requirement: ___________/day; (4ml/kg for the first 10kg) + (2ml/kg for the second 10 kg) + (1ml/kg for every kg above 20) = hourly rate (4ml x 10kg) + (2ml x 10kg) + (1ml x 5kg) = hourly rate 40ml + 20ml + 5ml = 65ml/hr Using the 4/2/1 method, this child's hourly maintenance fluid rate is 65mL/hr 20. Aspirin is...
fluid maintenance: weight >20 kg 1500 ml plus 20 ml/kg/day after 20 kg EX: 25 kg=1500 plus 100 ml=1600 my patient weighed 21 kg please help me with.. what is the 24 hours fluid maintenance for the patient what would be the hourly rate of IV fluids for a NPO patient
Calculate the client’s fluid maintenance? His weight is 18 kg. the hourly fluid requirement: __________/ hour; The daily fluid requirement: ___________/day; (4ml/kg for the first 10kg) + (2ml/kg for the second 10 kg) + (1ml/kg for every kg above 20) = hourly rate (4ml x 10kg) + (2ml x 10kg) + (1ml x 5kg) = hourly rate 40ml + 20ml + 5ml = 65ml/hr Using the 4/2/1 method, this child's hourly maintenance fluid rate is 65mL/hr