Particles that make up the liquid are given so much energy (or heat) that they expand away from one another. So as a liquid increases in temperature, some of the particles jiggle so much that they pop out of the liquid. Increasing the temperature further, more particles jiggle out of the liquid. This is what is observed when matter goes from liquid to a gas: the particles expand away from each other.
When you heat a liquid, it turns into a gas through a process called evaporation or vaporization. The heat increases the kinetic energy of the liquid particles, causing them to break free from their liquid form and become a gas.
The gas becomes a liquid inside the extinguisher. When the extinguisher is operated, the liquid changes back to a gas when released.
When a gas reaches its condensation point, it becomes a liquid. This transition happens when the temperature of the gas is lowered to the point at which its particles lose enough kinetic energy to come together and form a liquid.
Usually this happens when a gas cools. It becomes more dense as the gas particles move more slowly. Eventually it condenses and so it changes back to a liquid.
vaporizes
Particles that make up the liquid are given so much energy (or heat) that they expand away from one another. So as a liquid increases in temperature, some of the particles jiggle so much that they pop out of the liquid. Increasing the temperature further, more particles jiggle out of the liquid. This is what is observed when matter goes from liquid to a gas: the particles expand away from each other.
vaporizes
The particles are no longer fixed by the forces keeping it a liquid
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States of matter are determined by the amount of Kinetic Energy they have. When a gas becomes a liquid, it loses energy, and the particles slow down enough to affect each other. This is why liquids have a volume.
vaporization
During condensation, the gas particles lose energy and slow down, causing them to come closer together. At this point, not all gas particles have turned into liquid; there are still some gas particles that have not lost enough energy to condense. This process continues until all the gas particles have condensed into a liquid state.