Respuesta :
If the patient needs to take 875 mg every day 'twice a day' then the patient needs to take 3 whole pills and one half pill to make up the 875 mg, then the patient will have to do that twice cause it says "twice daily".
Let me show below: 1 pill = 250 mg
1 pill = 250 mg
1 pill = 250 mg
half a pill = 125 mg Add them together
----------
875 mg (don't forget the patient has to take 875 twice daily so in a full day the patient will have to take 7 whole pills)
Hope this helps! If u need anything else just ask! :)
Let me show below: 1 pill = 250 mg
1 pill = 250 mg
1 pill = 250 mg
half a pill = 125 mg Add them together
----------
875 mg (don't forget the patient has to take 875 twice daily so in a full day the patient will have to take 7 whole pills)
Hope this helps! If u need anything else just ask! :)
The patient needs to take 3 and 1/2 pills to get the required 875 mg dosage. The patient, therefore, will have to take a total of 7 pills daily.
Further Explanation
This problem can be quickly solved using dimensional analysis. Dimensional analysis is a method of solving problems using the known units of measurements of the quantities given in a problem. The steps include:
- Sort the given in the problem.
- Set up the dimensional analysis to get the desired value.
STEP 1: Sorting the given in the problem gives the required conversion factors:
1 pill = 250. mg of ibuprofen
1 dose = 875 mg of ibuprofen
STEP 2: Setting up the dimensional analysis to get the equivalent number of pills of 875 mg:
[tex]no. \ of \ pills = 875 \ mg \times \frac{1 \ pill}{250. \ mg}\\\boxed {no. \ of \ pills \ = 3.50 \ pills}[/tex]
The patient will need to take 3 and a half pills twice a day to get the daily recommended dosage (875 mg) of ibuprofen.
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Keywords: word problem, dimensional analysis, ibuprofen, dosage, conversion factor