Depends on the pressure and temperature.
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∙ 14y agoAt standard temperature and pressure conditions, 1 kilogram of gaseous hydrogen would occupy a volume of about 11.1 cubic meters.
The substance would be in a gaseous state if it had no fixed volume. Gases have no fixed shape or volume and can expand to fill the container they are in.
The volume is 50 %.
Because at STP, Chloroform is liquid and Helium is in gaseous state. When something is in a gaseous state, it occupies a larger space than the liquid. I thought however, that chloroform would occupy less than that
Length: meter Mass: kilogram Volume: cubic meter
One liter is a measurement of volume, commonly used for liquids, and is equal to 1000 cubic centimeters. One kilogram is a measurement of mass, typically used for solids, and is equal to 1000 grams. The two units measure different physical properties - volume for liters and mass for kilograms.
The answer to that depends on the density of the substance in question.For instance the volume of 68 grams of Lead would be smaller than the volume of an equivalent mass of gaseous hydrogen.
Both would weigh 1 Kilogram with a difference of volume.
No, both a kilogram of feathers and a kilogram of lead would weigh the same, as they both have a mass of one kilogram. However, the volume of feathers would be much larger than the volume of lead due to their different densities.
No, 1 kilogram of feathers would take up more volume than 1 kilogram of gold. This is because feathers have a much lower density than gold, meaning they are less compact and take up more space for the same mass.
One kilogram of aluminum has a mass of one kilogram. It's weight is one kilogram. It's volume would be .37L, and it's density would be 2.70 kg/L
The volume is 50 %.
No, the volume of a 2-kilogram iron brick would not be twice that of a 1-kilogram iron brick. The weight of an object does not directly correlate with its volume, as volume is determined by the dimensions and density of the object, not just its weight.
If the volume of the substance in the gaseous state is 1000 times the volume of the substance in the liquid state, this means that 1 ml of the substance in the liquid state would occupy 0.001 ml when it evaporates into a gas.
very high temperature is needed to combine hydrogen and oxygen. at that temperature, water exists in gaseous form Oxygen exists as a gas in our atmosphere, because there isn't very much hydrogen in the atmosphere. If the Earth's atmosphere contained a substantial amount of hydrogen mixed with the oxygen, it would be an explosive mixture. Any spark would set it off. They the oxygen and hydrogen would combine to form water, and we would be left without enough oxygen to breathe.
hydrogen has three times the potential energy of gas, but it has four times the volume. It would take less hydrogen by weight but it would take more by volume to run a car
Well, since, at 1 atmosphere of pressure, it take roughly 848 cubic feet of gaseous hydrogenat 23 degrees C to equal 1 cubic foot of liquid hydrogen at -252.8 degrees C,one could easily deduce that 1 SCF of gaseous hydrogen would theoretically equal 1/848 SCF of liquid hydrogen, or just bareld over 2 cubic inches.
Hydrogen has a higher energy content per kilogram because it has a lighter molecular weight and releases more energy when combusted. However, hydrogen has a lower energy content per cubic foot compared to natural gas because hydrogen is less dense and occupies more volume. This discrepancy is consistent due to the differing ways energy is stored and measured in these two fuels.