The number of drops in 3 mg depends on the density of the liquid and the dropper being used. Typically, a standard dropper dispenses about 20 drops per milliliter. Therefore, for a liquid with a similar density to water, 3 mg would be roughly equivalent to 0.15 ml, which would be approximately 3 drops. It's important to note that this is an estimate and may vary based on the specific liquid and dropper being used.
m = 10^-3 0,5 mg = 0,5 * 10^-3 mg = 0,0005 mg
3 g is 3000 mg. So there is 20 x 150 mg in 3 g. The answer is 20
0.03
There are 1000 mg in a gram so 0.003 grams is equal to 3 mg.
3 oz = 85048.569 mg
150
Concentration = 10 mg/ml 140 mg = 140mg/10 mg/ml = 14 ml 1 Teaspoonful = 5 ml 14 ml = 2.8 Teaspoonfuls ~ 3 Teaspoonfuls However, I don't know the accuracy you required. If you need the exact volume, 2.8 Teaspoonfuls are not practical. Then you have to convert 0.8 Teaspoon into drops. 0.8 Teaspoon = 0.8x5 ml = 4 ml 1 ml = 15 drops 4 ml = 4x15 = 60 drops Then the volume is 2 teaspoonfuls and 60 drops. Here also you see counting 60 drops is inconvenient. Then better to take the volume of 3 teaspoonfuls and remove a volume equivalent to 0.2 teaspoons. 0.2 teaspoonful = 0.2 x 5 ml = 1 ml = 15 drops Then; 3 teaspoonfuls minus 15 drops.
3 is 300 mg
~60 drops solution: 20 drops/mL * 3 mL = 60 drops
Well, honey, if you're talking about water, there are about 20 drops in a milliliter, so for 200 mg, you'd need about 10 drops. But if you're dealing with a different liquid, you might want to check the density and viscosity to be more precise. Just remember, always double-check your measurements before you go dropping anything.
100
3 CC = HOW MANY MG
m = 10^-3 0,5 mg = 0,5 * 10^-3 mg = 0,0005 mg
Without counting the drops on the inversions there are 3 drops.
A gram is equal to 1000 milligrams (mg). The answer is 3000 mg = 3 grams.
2 to 3 mg
3 g is 3000 mg. So there is 20 x 150 mg in 3 g. The answer is 20