There are 1000 liters in one cubic meter. 22.4 liters of any gas is equal to 1 mole, according to molar volume. Molar mass tells us that the main component of natural gas, methane, or CH4, has a molar mass of 12+1+1+1+1, or 16g per mol.
16g/mol * 1000L/m3 / 22.4 L/mol = 714g/m3 = 0.714kg/m3
Therefore, there are 0.714 kilograms in a cubic meter of natural gas.
You must remember that this only applies under certain conditions. The 22.4 L/mol number is a result of the Ideal Gas Law PV=nRT. In order to equate volume with moles, P and T must be specified (R is a constant). Only at atmospheric pressure (1atm) and standard temperature (0 Celsius) is there 22.4 liters in a mole of gas.
400-500 kilograms per cubic meter
The medium density should given to convert from mass (kilogram) to volume (1 cubic meters). Assuming water of 1000 kg/cubic meter, than 1 cubic meter would contain 1000 kilograms,
To convert 10mm to kilograms in a cubic foot or cubic meter, you need the density of the material in question. Without knowing the material's density, a direct conversion is not possible. The density of the material will determine the amount of kilograms in a given volume.
One cubic meter of gravel weighs approximately 1500 kg
One cubic meter of the mm metal equals 1411.50 kilograms.
soil weighs 1600 kg/ cubic meter
400-500 kilograms per cubic meter
...probably about 2100 cubic meters, I suppose. In exactly the same way, 15.75 kilograms is 15.75 kilograms, and 2 pounds is 2 pounds. :)
800 kgs
The medium density should given to convert from mass (kilogram) to volume (1 cubic meters). Assuming water of 1000 kg/cubic meter, than 1 cubic meter would contain 1000 kilograms,
The number of kilograms in one cubic meter depends on the substance being measured, as different substances have different densities. However, for water at standard temperature and pressure, one cubic meter is equal to 1000 kilograms.
To convert 10mm to kilograms in a cubic foot or cubic meter, you need the density of the material in question. Without knowing the material's density, a direct conversion is not possible. The density of the material will determine the amount of kilograms in a given volume.
One cubic meter of gravel weighs approximately 1500 kg
assuming kilos means kilograms. In that case, there is no definite answer. Kilograms are units of mass and ite dpends on the consistency (or density) of the cement mixture. A cubic meter of cement can have various densities.
To determine the weight of a cubic meter of 13mm building stone, we need to know the density of the stone. Assuming a typical density of 2.6 grams per cubic centimeter for building stone, we can convert this to kilograms per cubic meter by multiplying by 1000. Therefore, a cubic meter of 13mm building stone would weigh approximately 2600 kilograms, or 2.6 metric tons.
1000 kg at 4°C
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