To turn hydrogen to a liquid, you have to either lower the temperature or increase the pressure or both. At one atmosphere (the air pressure at sea level) hydrogen liquefies at 20 degrees Kelvin (about -423°F).
Any gas can be turned into liquid by cooling it down under high pressure. with a pressure engine
because of the chemical reaction of the pollution to the earth on the residua levels to the world.
If you combine hydrogen with oxygen, you can get a liquid called water, which can also be written as H20. This means that for every 2 hydrogen atoms, there is 1 oxygen atom.
Cool it down to -427 degrees Fahrenheit, and keep it under pressure.
water is made
Liquid Helium is colder than Liquid Hydrogen.
how made hydrogen how made hydrogen how made hydrogen how made hydrogen
liquid or gas
If it were a gallon of liquid hydrogen, you might get a couple miles but a gallon hydrogen gas is not enough to do much
No. Hydrogen is the main constituent of Jupiter and a lot of it is liquid hydrogen.
Hydrogen. Just like liquid steam is made of water molecules - the same stuff but in a different form.
Saturn is made pd liquid hydrogen
water is made
This liquid is water with the chemical formula H2O.
The crust is made out of gaseous hydrogen. then the layer underneath is liquid hydrogen, after is metallic hydrogen. the core is made out of rock. the light stripes on the surface are called zones and the dark ones are belts
Saturn is made out of hydrogen (75%) and helium (25%).
The name of a common rocket fuel is liquid hydrogen, which is often used in combination with liquid oxygen. There are also other types of rocket fuels including solid fuels and hybrid fuels, but liquid hydrogen is one of the most commonly used.
liquid hydrogen is cheaper than liquid oxygen
Jupiter doesn't have a crust, it is made of gas. The core is theorized to be an inner layer of liquid metallic hydrogen surrounded by an outer shell of regular liquid hydrogen.
This must be Jupiter. (However, a lot of the hydrogen is in fact in the form of liquid hydrogen.)
Jupiter is a very massive planet composed mostly of hydrogen. It is massive enough that below a certain depth the pressure from the overlying layers is enough to convert the hydrogen into its liquid metallic state.