At standard temperature and pressure, water has a density of 1 gram per cubic centimeter, so 500 grams would be 500 cc (or 500 ml).
To find no; of atoms of hydrogen, we need to find the no; of water molecules in 1 pL of water. Density of water = mass/volume = 1 g/cc mass of 1pL of water = density * volume = 1 g/cc * 10-9 cc (1L = 103 cc, so 10-12 L = 10-9 cc) = 10-9 g 18g of H2O = 6.023 * 1023 molecules. hence, 10-9 g of H2O = 3.346 * 1013 molecules of H2O 1 molecule of H2O = 2 atoms of H hence 1pL = 6.692* 1013 atoms of H
If that is 7cc, then 2 and 6/7cc are needed. If it is 0.07cc, There are 285 and 0.05cc left over
A 520cc saline breast implant weighs 500g. Note that this is for a single breast implant, not for two implants put together.
To convert grams to cubic centimeters (cc), the density of the substance in question is needed, as cc is a measure of volume and grams is a measure of mass. For water, 1 gram is approximately equal to 1 cc, so 15 grams of water would be about 15 cc. However, for other substances, the conversion will differ based on their density.
50cc
That is 5,000 cc
250
2,750 cc
1 gallon = 3785.41 cc
473.176473 cc American568.26125 cc UK
To prepare a 1250 mg/cc solution, you need a total of 1250 mg for every cc of solution. For 500 cc, you would need 1250 mg/cc x 500 cc = 625,000 mg. Since each tablet contains 100 mg, you would need 625,000 mg ÷ 100 mg/tablet = 6,250 tablets.
64.9 cc