First Calculation Problem: A patient is to receive 12 milliunits per minute of Pitocin. The directions for making up the fluid is to add 15 units of Pitocin to 1 liter of 5 % dextrose solution. Determine the rate of the IV in gtts/min and cc/hr using a drop factor of 40 gtts/ml.
Second calculation problem: A patient is to receive 10 milliunits per minute of Pitocin. The directions for making up the fluid is to add 8 units of Pitocin to 1 liter of 5% dextrose solution. Using a drop factor of 60gtts/ml, determine how long (in hours) would the 1 liter IV fluid last in continuous infusion?
Jun 17, '08
First of all, thank you for working out the problems for me.
The answer sheet for the Math for Nurses Practice Exam, that I'm working on, gives the answer to Question #1 as 40 gtt/min, rather than 32 gtt/min but your second answer for Question #1, 48 gtt/hr is in agreement with the answer sheet. I'm wondering if the answer sheet is wrong???? Your answer of 32gtt/min has got to be right-do you agree?
You have the same answer as the answer sheet for Question #2.
I had the answers, I just didn't know how to work the problems and again I really appreciate your help!!!! Thanks a bunch!!!!
Last edit by Murgy on Jun 17, '08