The seven phases of matter are amorphous solid, crystalline solid, vapor, liquid, compressible liquid, gas, and supercritical fluid. Each phase is formed as a particular temperature and pressure.
when the liquid nitrogen is boiled then it will turn into nitrogen gas.
i don't actual know ----------------- -------------------------------------------------- No ! The word solvent is not adequate for gases.
Liquid helium is a lot colder than liquid nitrogen.
Generally speaking, methane gas can be "soluble" in liquid nitrogen if it was bubbled into it. Liquid nitrogen is cold enough to liquefy methane gas, and the liquid methane would then be miscible in the liquid nitrogen.
liquid nitrogen is probably a fluid.
solid, liquid, gas, supercritical fluid
(I suppose that you mean supercritical state of fluid.)Supercritical state of liquid-gas is a state that liquid state and gas state stop to exist at particular temperature and pressure.There is only just fluid state which has both liquid and gas property and if you change the pressure or temperature just a bit, it will change to one of the state.How to achieve supercritical state ?The supercritical state is done at HIGH TEMPERATURE and PRESSURE.For example, the famous CO2 fluid (used to separate caffeine from the coffee bean) is acquired at 304.1 Kelvin and 72.8 atm.
the example of supercritical fluid are water deep inside the earth
Supercritical Fluid
Supercritical fluid extraction is now used in laboratories.
Supercritical fluid chromatography is very similar to high pressure liquid chromatography (HPLC), however the mobile phase exists in a supercritical state. To refresh your memory, recall that super critical fluids exist at temperatures and pressures higher than a substances critical point. This means that the fluid acts as both a gas and a liquid. For example, a supercritical fluid may pass through substances like a gas, but also dissolve substances like a liquid. Why do supercritical fluids exist? Well, the temperature is high enough that the molecules cannot exist together as a fluid because they have too much energy to stick together. However, the pressure is too high for the molecules to have a root mean square distance sufficient enough to exist as a gas. SFC exploits this property, using a supercritical fluid to dissolve the chemical in question into the fluid, but move it quickly in the gas phase. Heavy molecules travel slower, while light molecules travel faster, thus causing separation. In addition, chiral molecules can be separated via this method.
Jupiter does not have a defined surface. currently the "surface" is considered to be the top of the visible cloud deck. Below that temperature and pressure gredually increase until the atmosphere graduall phases into a supercritical fluid, neither liquid nor gas. Below that the supercritical fluid phases into liquid metallic hydrogen. However, before you even reached the supercritical layer, any boat or ship would melt or be vaporized in the extreme heat.
Because at room temperature it behaves like gas. Although it is in supercritical state, its density becomes very low on temperatures far above critical value, so it behaves like gas and it's not useful for extraction.
The seven phases of matter are amorphous solid, crystalline solid, vapor, liquid, compressible liquid, gas, and supercritical fluid. Each phase is formed as a particular temperature and pressure.
At room temperature and pressure, Nitrogen is a gaseous substance.
Depending on how high the pressure is, they both can have the same maximum temperature. After a while, they become a different type of phase called a supercritical fluid.