yes
There is no chemical difference, the only difference is the speed in which the molecules of the substances move. Slower molecules can be solid or liquid and very high speed molecules can be gas.
In a liquid forces are stronger.
earth is the only planet where the same substance can exist in gaseous , liquid , and solid form
From solid to liquid, from liquid to gaseous, from gaseous to liquid, from liquid to solid, and in sublimation from solid to gaseous or the reverse, chemical properties do not change.
You think to vapours of a liquid.
Any chemical difference exist.
Phase has nothing to do with chemical composition.
Yes it can, the only difference between liquid and gaseous water is it's physical form, not it's chemical composition.
Yes, all of them.
There is no chemical difference, the only difference is the speed in which the molecules of the substances move. Slower molecules can be solid or liquid and very high speed molecules can be gas.
The gaseous form of a substance that exists as a liquid at room temperature is known as vapor.
Gas and vapor are both forms of matter that exist in a gaseous state, but they differ in their physical properties. Gas refers to a substance that is in a gaseous state at room temperature and pressure, such as oxygen or nitrogen. Vapor, on the other hand, is the gaseous form of a substance that is typically a liquid or solid at room temperature, such as water vapor or gasoline vapor. In summary, gas is a general term for substances in a gaseous state, while vapor specifically refers to the gaseous form of a substance that is usually a liquid or solid.
In a liquid forces are stronger.
Vaporization is the conversion of a solid or liquid into a gaseous state. Evaporation is a type of vaporization, where liquid is converted to a gaseous state where the environment is not saturated.
earth is the only planet where the same substance can exist in gaseous , liquid , and solid form
No. Liquid oxygen and gaseous oxygen are the same substance, just in different states.
From solid to liquid, from liquid to gaseous, from gaseous to liquid, from liquid to solid, and in sublimation from solid to gaseous or the reverse, chemical properties do not change.