Solution:
Step 1:
Rate of infusion per min = Volume in mL / Time in min X drop factor
The total amount of medication to be infused = 1440
Time = 24 hours
Time in min = 24 X 60 = 1440 min.
Drop factor = 15 gtts / mL (macro drip set)
Step 2:
By substituting the values on the above formula,
Rate of infusion per min = 1440 X 15 / 1440
= 15 gtts / min.
The rate of infusion is 15 gtts/min.
A patient is recieving a continous infusion of medication. The total amount to be infused is...
3. A patient is receiving a normal saline solution, infusing at 100 cc/hr IV, and a tube feeding formula Nepro infusing continuously at 40 cc/hr. What is the total amount of fluids infused per day? 4. A patient is receiving an infusion of an IV medication. The IV bag contains 800 ml of the solution, which is infusing at 100 cc/hr. If the infusion started at 2 pm, when will it finish? (note: medication administered by infusion is not the...
Ordered: IV medication for a pediatric patient of 100 mg diluted to a total volume of 20 ml in NS to be administered over 30 minutes. Agency policy requires a volume control device for all medicated IVs for pediatric patients with a maximum 1 hour's worth of fluid. lication 100 mg per 2 mL. a. What flow rate will be set on the infusion pump for the medication administration? DA equation: b. What procedure must be followed (according to agency...
A physician orders inamrinone to be infused for a client at a rate of 384 micrograms per minute. The pharmacy supplies the medication in an intravenous bag containing 500 milligrams in 200 milliliters normal saline. What is the desired infusion rate in milliliters per hour?
A patient is getting IV flyid infusion. He is to recieve a total volume of 1000 cc of this fluid. The infusion rate is 50 cc/hr. How many hours will it take to comple the infusion?
A patient with a herpes simplex infection is to receive Acyclovir 325mg. The medication is provided by the pharmacy as 325mg/50mL 0.9% Sodium Chloride. The medication should be infused over 1 hour Q8H using a volumetric infusion pump. The tubing drop factor is 20 gtt/mL. The nurse should set the pump at what rate in mL per hour?
A 75 kg patient needs a medication X in the amount of 0.2 mg/kg/day. The medication comes in a liquid solution of 50 mg for every 1000 ml. How many ml of this solution will this patient need in a day? If this solution is being infused at 60 ml/hr, how long with the transfusion take?
HOMEWORK FOR LECTURE 14 Please print out this page, then complete by hand and submit to your instructor at the next class meeting Medical Math Problems (1 pt. each) 1. A patient is receiving a tube feeding formula called Vivonex, which is infused at a rate of 85ml/hr. What is the total volume of the formula that will be infused per day? A patient is receiving a tube feeding formula, Ensure Plus, at a rate of 70ml/hr. The feeding is...
The patient weighs 22Kg and has an order for 190 mcg of medication to be infused in 53 mL of IV solution. The drop rate is 19gtts/min with tubing delivering 10gtts/mL. How many mcg/kg/min will the patient receive? Please show work with formula.
The patient is to receive cefazolin 500 mg in 50 ml of NS IVPB. The medication is to be infused over 20 minutes. The nurse should set the infusion pump to deliver how many milliliters per hour?
A liquid suspension contains 125 mg of medication A for every 300 ml of solution. This suspension is being infused into a patient at the rate of 100 ml/hr. If the infusion started at 6 AM, and the patient needs 500 mg of medication A, by what time will you need to stop the infusion