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1L of fluid remains. At what rate will the IV pump need to be set so that the infusion is finished on time.
You have 1L of fluid to infuse with X remaining hours. IV Pump will be CC/HR. GTT factor is only an issue if you gravity flow, not use a pump. Should be easy to figure out from here!
Well, If 3000mls were to infuse over 12 hours, than you'd have a flow rate by dividing 3000 by 12. Doing your math accurately, you should come up with 250 mls/hr. If 9 hours has passed at this rate, then you should only have 750mls left. So, your infusion is BEHIND. But you shouldn't play KETCH_UP...either, so given that you have one liter left, and 3 hrs to get it in, do the math and you'll come up with a rate of approx. 333mls/hr.
Can someone explain how to solve this? Please guide me so I can understand.3L of LR was ordered to infuse over 12 hours using an administration set with a drop factor of 15 drops/ml. This IV has been running for 9hrs. 1L of fluid remains. At what rate will the IV pump need to be set so that the infusion is finished on time.
Hi dreamer,
We know that 250mL is infused every hour by calculating 3000 over 12. We know that 1L of fluid remains. There are only 3 hours left. What do you do?
I am hoping to find someone who is in the Erie 1 Boces LPN program (and not really sure how this forum works since I just created an account:). I am wondering how difficult the program is because I would be trying to complete it while working full time. Also, I am curious to find out how much homework is given each night and if it is possible to do most of the homework on the weekends or if it assigned each night. I would appreciate any information! Thanks!
dreamer0x
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Can someone explain how to solve this? Please guide me so I can understand.
3L of LR was ordered to infuse over 12 hours using an administration set with a drop factor of 15 drops/ml. This IV has been running for 9hrs. 1L of fluid remains. At what rate will the IV pump need to be set so that the infusion is finished on time.