Faster. This assumes the same type of atoms or molecules.
Faster. This assumes the same type of atoms or molecules.
no it does not but the particles move slower then it would if it is a liquid, or a gas.
No
The answer to your question would be; True
When a fluid is put under pressure, the volume decreases and the temperature may rise a tiny bit because the particles are compressed.
Faster. This assumes the same type of atoms or molecules.
The individual molecules will be moving faster at 100 °C, than at 0°C. The molecules would also be further apart (ie. they would occupy a larger volume).
no it does not but the particles move slower then it would if it is a liquid, or a gas.
No
Ice particles form rigid crystalline structures. Liquid water is more fluid and dense.
If you are asking when particles are "able to move freely" that would be a liquid. If you simply ask about "moving" then that would be a solid, since in a solid the particles are still movings.
Temperature is a measurement of the average kinetic energy on the atomic or molecular level; hotter substances have faster moving particles. Faster moving particles have more energetic collisions with the particles of which solids are formed, which are more able to knock them out of the solid and into the solution, than slower moving particles would be.
I believe it would be stationary but i am not sure
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because the particles in solids are more close together and strong so they would support it better than fluid because fluid particles are spread out. Hope this helps. : )
It increases; more freely moving particles.
the sate of matter would be gases