incorrectemoondo
Gas molecules are attracted to each other by gravitic force, just like every other particle with mass. The gas molecules are kept from crashing into each by the energy that results in Brownian motion . . . that is, molecules move about very quickly and sort of like a wasp or hornet's motion.
gas heats up and then the molecules spread away from each other, NOT liquid!
It moves faster. In a solid, the molecules are vibrating very slowly. In a liquid, they're vibrating quickly enough to move past each other, but they're still attracted to each other enough to stick together in a blob. In a gas, they're vibrating/moving quickly enough that they don't even stick together in a blob, and move in all directions with only minimal attraction/interaction.
The molecules of real gas have some volume and some attraction for each other.
incorrectemoondo
Gas molecules are attracted to each other by gravitic force, just like every other particle with mass. The gas molecules are kept from crashing into each by the energy that results in Brownian motion . . . that is, molecules move about very quickly and sort of like a wasp or hornet's motion.
All of the noble gases, hydrogen, nitrogen, oxygen, fluorine, and chlorine.
Gas particles flow freely but are still attracted to each other. This is because the particles are very far apart.
No, gas particles can touch each other when they collide.
NO
It is so because the gases are not chemically bonded to each other and are present in any proportion to each other.
It Occurs as water moleclues absorb energy and it also occurs at the surface of liqud.
gas heats up and then the molecules spread away from each other, NOT liquid!
Gas made out of helium and hydrogen
Under some conditions, the liquid phase is skipped, and the substance passes directly from the solid to the gas. This is called sublimation. As example Dry ice, CO2.The rate of sublimation depends on temperature, air pressure, and the solid in question. CO2 molecules are attracted to each other only by a very weak force called the "van der Waals" force. Since the molecules are very weakly attracted to each other, CO2 molecules will go from the solid state to the gas state at low temperatures.
Gas