The particles will have lower kinetic energy, which will slow them down, and the pressure inside the can will decrease as a result.
When an object cools, the particles' kinetic energy transfers back into potential energy, the particles slow down.
No, a substance changes from gas to liquid to solid as it cools.
In a liquid state, particles are moving at many different speeds. At the surface of the liquid, some of the faster-moving particles are able to escape into the air. Slower-moving particles stay in the liquid state. Slower motion means lower average energy, however, and this means lower temperature. As high-energy particles leave the surface of a liquid it then cools the surface on which it is resting. Scientist call this phenomenon evaporative cooling. Evaporating cooling is common and can be very useful.
The vibrational energy of the atoms and molecules reduces.
In the condensation phase change, a gas cools (loses energy) and changes to a liquid. Example: water vapor turns into liquid rain.
The average speed of the particles decreases.
A liquid becomes a solid when heat is removed. The energy content decreases, and the speed of the particles decrease.
A liquid becomes a solid when heat is removed. The energy content decreases, and the speed of the particles decrease.
When an object cools, the particles' kinetic energy transfers back into potential energy, the particles slow down.
No, a substance changes from gas to liquid to solid as it cools.
It condenses and it becomes liquid
No
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.
A liquid becomes a solid when heat is removed. The energy content decreases, and the speed of the particles decrease.
Condensing happens when water vapor cools and becomes liquid water.
Condensation
In a liquid state, particles are moving at many different speeds. At the surface of the liquid, some of the faster-moving particles are able to escape into the air. Slower-moving particles stay in the liquid state. Slower motion means lower average energy, however, and this means lower temperature. As high-energy particles leave the surface of a liquid it then cools the surface on which it is resting. Scientist call this phenomenon evaporative cooling. Evaporating cooling is common and can be very useful.