3,000
Mathematically, 5. But check with a doctor or pharmacist first.
six, because 3 grams equals 3,000mg. 3000/500 is 6
Milligrams are thousandths of grams, therefore 0.2 mg is equal to 0.0002 g. 0.0008g divided by 0.0002g is 4. Therefore, it takes 4 0.2 mg tablets to contain 0.0008 g.
100 mg is 1/10 gram, so 20 grams is 200 x 100 mg.
Two.
400 mg x 1 g/1000 mg = 0.4 g for each tablet0.6 g x 1 table/0.4 g = 1.5 tablets needed to make 0.6 grams.
Mathematically, 5. But check with a doctor or pharmacist first.
1000 mg in a gram; 0.750 g = 750 mg. Therefore 3 tablets.
To find out how many 99 mg tablets are needed to reach 1000 mg, you divide 1000 by 99. This gives you approximately 10.1 tablets. Since you can't take a fraction of a tablet, you would need to take 11 tablets to exceed 1000 mg.
1.000 kg (1000 grams/1 kg)(1000 mg/1 gram) = 1,000,000 mg/50 mg = 20,000 iron tablets produced
To convert grams to milligrams, multiply by 1,000. Therefore, 0.3 grams is equal to 300 milligrams. Since each tablet is 150 milligrams, you would divide 300 mg by 150 mg per tablet, which equals 2 tablets. Thus, you would administer 2 tablets.
400 mg = 0.4 gram100/0.4 = 250
6
six, because 3 grams equals 3,000mg. 3000/500 is 6
If someone told you to take 4 grams of ocycodone, then they're doing something wrong but, there are 133.333... 30mg tablets in 4g. So the answer to your question woul be, 133 and 1/3.
1000 mg is a gram. It would take four 0.25 g tablets to equal one gram. So it would take four 0.25 g tablets to equal 1000 mg.
To determine how many tablets you would need for a 37.5 g order with each tablet containing 25 mg, first convert grams to milligrams: 37.5 g equals 37,500 mg. Then, divide the total milligrams needed by the amount per tablet: 37,500 mg ÷ 25 mg/tablet = 1,500 tablets. Therefore, you would need 1,500 tablets to fulfill the order.