a gas when condenses, it turns to a liquid. and also a liquid when condenses, it turns to a liquid. okay, we can take an example of domestic gas cylinders, it will in the form of compressed liquid and it condenses to gas when we use due to the changes in the atmospheric temperature. it will be at low pressure as a liquid and condenses to gas.
Well as the gas particle condenses in the air i do not really know what happen i am really sorry? :o)
When the particles of a gas condenses, they are cooling and losing their energy. As they cool below the boiling point of the gas, it will condense into its liquid state.
When a gas is condensed it will first become liquid, and then (apart from Helium) a solid. It will warm all the time, unless the compression energy is removed by chilling.
It provides heat to the surface it condenses to. That is why gas condenses on cold surfaces.
As heat energy is lost, the kinetic energy of the particles decreases, and the particles slow down.
The gas may condense via condensation
It condense to liquid.
no. that is called boiling and/or evaporating. condensing is when a gas turns into a liquid:)xxx
It becomes liquid.This was discovered by an Indian scientist Dr.Navjosh in 1532 A.D. The speed of motion of the gas molecules (or atoms) is decreased. If the gas is enclosed in a fixed volume, the pressure will decrease. If the gas is at a fixed pressure, the volume will decrease. If cooled sufficiently, the gas may condense into a liquid or directly into a solid, depending on the gas pressure and type of gas.
The question makes an incorrect assumption that a gas can not condense. For most definitions of the terms, "gas" is synonymous with "vapor". Gas can condense - I observed it thousands of times while doing my doctoral an post-doctoral research. One definition of "vapor" is "A substance diffused or suspended in the air". In this case a vapor would include clouds and smoke where liquid droplets and/or solid particles are suspended in a gas. They would have to be so small that they will remain suspended by the movements and currents within the gas rather than drifting down out of the gas due to gravitational forces. Note that this is NOT the same as condensing The only other case where you might distinguish between a "gas" and a "vapor" is when one applies a very limited - and not very widely used - definition of "vapor" to define it as a saturated gas. A saturated gas is one that is at the point of equilibrium with a liquid. If you define vapor in that way, then when the term gas was used it would imply that it is not at the equilibrium point. Gases only condense at the equilibrium point. Note that when you get above the critical temperature and pressure you enter a region in the phase space which is referred to as a "supercritical fluid". Changes in pressure above the critical temperature will not cause a supercritical fluid to condense or vaporize - it will just become more dense or less dense. Likewise changes in temperature above the critical pressure will only change density of the fluid in a continuous manner - never condensing or vaporizing the fluid. It is thus legitimate to ask why a gas may condense but not a supercritical fluid, but the same is not true in trying to distinguish between a gas and a vapor.
The gas will condense and turn into a liquid.
It provides heat to the surface it condenses to. That is why gas condenses on cold surfaces.
Gas molecules are spread out. When they are placed under pressure they condense into a liquid.
When cooled enough it will condense into a liquid. The required temperature changes with the substance.
it will condense and turn into liquids and if that cools too much it will turn to solid
Condense it from what??? Its a gas.
It spreads out and will, over time, condense and probably form another star or planetary system.
The atoms loose kenetic energy and bounce around slower. This causes the gas to have less preasure and, if cooled enough, can cause the gas to condense into a liquid or sublimate into a solid.
when cooled or compressed these real gasses eventually condense in to a liquid phase
yes, by getting it to condense
The gas may condense via condensation
To melt refers to the transformation from solid to liquid (think ice to water) To condense refers to the transformation from gas to liquid (think steam to water)