Only if you have pure water in mind: 25 milliliters of pure water weigh 25 grams.
1000 ml of pure water has a density of 1 g/ml, resulting in a mass of 1000 grams. When C grams of salt is added, the total mass increases to 1000 + C grams while the volume remains approximately the same at 1000 ml. Therefore, the density of the water with salt is greater than that of pure water, as density is mass divided by volume, leading to a higher density due to the increased mass.
Only if you have pure water in mind: 2 liter of pure water weigh 2000 gram.
One fluid ounce of pure water weighs 1.85 grams.
at room temp and assuming pure, 192ml
Depends on the substance. 1cc of water weighs 1g
The conversion from grams to liters depends on the density of the substance. To convert grams to liters, you need to know the density of the substance in grams per liter. Once you have the density, you can divide the mass in grams by the density to find the volume in liters.
Only if you have pure water in mind, then: 100 milliliters of pure water weigh 100 grams.
Only if you have pure water in mind: 130 milliliters of pure water weigh 130 grams.
Volume is the space occupied by a substance , water included. However, pure water (aqua puris) , which is ditilled and e-ionised and at 25 oC and 760 mmHg pressure (STP) is used as the standard for density. 1 gramm of water occupies 1 cm^3 of volume.
To calculate the amount of pure silver in the sample, multiply the mass of the ore by the percentage of silver: 0.53 grams * 5.4% = 0.02862 grams of silver. To convert grams to milligrams, multiply by 1000: 0.02862 grams * 1000 = 28.62 milligrams of pure silver in the sample.
Only if you have pure water in mind: 200 cc = 200 milliliters of pure water weigh 200 grams.