Many gases are filled in cylinders and include nitrogen, Carbon Dioxide, Helium, Hydrogen, Argon, Acetylene etc. Small cylinders that are extremely portable include butane etc.
Gas under high pressure
Portable gas canisters or portable gas cylinders.
Gas cylinders should be re-tested every 5 to 10 years, depending on the type of gas and the regulations in your specific location. It is important to have cylinders inspected regularly to ensure they are safe for use.
They are filled by Hydrogen gas.
Compressibility. A lot of gas is forced into the cylinders.
Many gases are filled in cylinders and include nitrogen, Carbon Dioxide, Helium, Hydrogen, Argon, Acetylene etc. Small cylinders that are extremely portable include butane etc.
The gas is liquified under pressure and it it takes the entire avalaible place inside the cylinder. thus gas is filled in a cylinder
So you can tell when it has been filled.
Gas under high pressure
yes it can filled in LPG cylinder but how will you convert into liquid form
Barbecue gas cylinders are weighed as they are being filled to ensure that the correct amount of gas is being dispensed into the cylinder. This helps in preventing underfilling or overfilling, ensuring customers receive the right amount of gas for their money and maintaining safety standards.
LPG is filled in cylinders under pressure to keep it in its liquid state, which allows for more gas to be stored in a smaller volume. This enables easy transportation and storage of LPG cylinders for domestic and industrial use.
That's the only way to tell how much gas is in the cylinder
No. cylinders is where the gas gets burned. Gas tank is the where the gas is kept. Cylinders are in the motor. Tank is commonly under trunk.
Zeppelins.
I would guess that the answer to this poorly worded question is the gas because I am not aware of a gas that is denser than a liquid. Having said that, what materials are the cylinders made of? They may be the same size, but they could be made of materials of vastly different densities - so much so that the difference is the cylinders' masses offsets the difference in the masses of the contents. Furthermore, heavier implies the force of gravity. If you had two identical cylinders, one filled with gas and on the surface of a neutron star, and the other filled with liquid and "floating" in space, the first would be heavier - very many times heavier.
It's common name is freon.