50cc equals roughly 25 grams in powder form
10 cc is equal to 0.01 liters.
29 cc of water at 4 degrees Celsius = 29 grams. You can't convert a volume to a mass unless you know the density of the material occupying the volume.
The number of grams in 63 cc depends on the substance being measured as the density of the substance determines the conversion factor. To determine the number of grams, you need to know the density of the substance in question.
There are approximately 0.338 ounces in 10 cubic centimeters.
50cc equals roughly 25 grams in powder form
The weight of 140 cc of protein powder depends on its density. Without knowing the density of the specific protein powder, it is not possible to accurately convert the volume (cc) to weight (grams). You would need to consult the product packaging or manufacturer for this information.
295 grams =how many cc
9
The density of uranium is 19 grams/cc, so 1000 grams will be 52.6 cc which is about 10 teaspoons.
By CC or cc a volume is meant. For example: 250 cc equals 0.25 litres. So the weight in grams of 250 cc "material" depends on the density of the material itself.
cc is the same as ml. So 1ml equals 1cc. Insulin syringes are usually marked in units as well, so be sure it is ml you are seeing (and needing) and not units.
You can't directly convert cc (cubic centimeters) to grams. CC is a measure of size. grams is a measure of mass (which is basically the same as weight in is case) You would need to weigh them or know the conversion factor for that particular formulation. However, 0.5g/cc is a pretty good guess that will get you close. You can't directly convert cc (cubic centimeters) to grams. CC is a measure of size. grams is a measure of mass (which is basically the same as weight in is case) You would need to weigh them or know the conversion factor for that particular formulation. However, 0.5g/cc is a pretty good guess that will get you close.
Well, honey, a 9cc scoop is just a volume measurement, not a weight measurement. So, without knowing the density of the powder, I can't give you a precise answer. You'll need to weigh the powder to determine the milligrams. Don't worry, we all make mistakes, just grab a scale and get measuring!
If two substances have different densities then their mixture will contain different proportions depending on whether you look at their mass or volume.For example, consider two substances, A and B where the densities of A and B are 1 gram per cc and 2 grams per cc, respectively. Suppose the mixture comprise 10 grams of A (= 10 cc) and 10 grams of B (= 5 cc). Then the total mass of A+B is 20 grams so that A accounts for 50% (10 out of 20) by mass. The total volume is 15 cc so A accounts for 67% (10/15) of the mixture.
It depends on the density of the substance.
10 cc is equal to 0.01 liters.