Math review question

  1. 0 I am starting a new job and it has been a while since I have done nursing math for a test. I was given this test problem "A patient is to receive a medication at the rate of 4 gm/hr. If 10 gm of this medication is placed in 100 ml of IV solution, how many milliliters per hour will the client receive?" and came up with the correct answer but want to make sure I did it correctly and didn't just stumble across the correct answer. The way I did it was 4000mg/10000mg X 100ml. Is this the correct way to go about this problem?

    Thanks
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  3. Visit  lillysa1919 profile page

    About lillysa1919

    29 Years Old; Joined Jan '09; Posts: 30.

    6 Comments so far...

  4. Visit  scarcity21 profile page
    0
    4gm= 1 hr
    10gm = 100ml
    100ml/10gm X 4gm/1hr = 40ml/hr
  5. Visit  GitanoRN profile page
    0
    good answer on the previous post. in addition, here's a video that offers a quick refresher that might help you as i took the liberty to place the link below, also there are several other videos in the vecinity that might help you further...wishing you the very best always in all of your future endeavors....aloha~



    drops per minute - youtube
  6. Visit  KelRN215 profile page
    0
    You don't have to convert to milligrams at all in this problem. Your on hand dose is in grams and your desired rate is g/hr.

    100 mL/10 g = 10mL/1g x 4 g/hr = 40 mL/hr.
  7. Visit  Hubby's girl profile page
    0
    [QUOTE=lillysa1919;6557564]I am starting a new job and it has been a while since I have done nursing math for a test. I was given this test problem "A patient is to receive a medication at the rate of 4 gm/hr. If 10 gm of this medication is placed in 100 ml of IV solution, how many milliliters per hour will the client receive?" and came up with the correct answer but want to make sure I did it correctly and didn't just stumble across the correct answer. The way I did it was 4000mg/10000mg X 100ml. Is this the correct way to go about this problem?

    dose ordered/dose on hand x ml=
    4/10x100x1hr........40ml/hr
    was this what you got?
  8. Visit  Hubby's girl profile page
    0
    if it were per minute, as in no pump; multiply by 60minutes instead of 1 hr
  9. Visit  lillysa1919 profile page
    0
    Thanks for the refresher... its been a while!!


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