Each material has specific compressibility, the volume decrease.
liquid and gas, the two states of matter that its particles can move past one another
If we apply pressure to the particles of matter then the particles will come closer and the inter molecular space between them will also be shortend up and they will change their state from gas to liquid.
Heat is the speed of the particles the higher the speed the higher the heat. Density or state of matter is the distance between the particles the closer the particles the higher the density, the density of the particles determines the state of matter here they are from most dense to least dense; Solid, Liquid, Gas, and Plasma. the temperature (heat) of a substance can also determine the state of matter a substance is with higher heat at lower densities. PS the density/state list does not apply to water. PS Quantum state is not currently an official state yet, it would be the most dense and at the lowest temperature.
It would increase
It will create pressure.
A soccer ball bounces as the air particles in them hit and apply pressure at the ball, when it hits a surface, the pressure from the particles apply a force on the ball. Thus, making it bounce.
there seprate
liquid and gas, the two states of matter that its particles can move past one another
The Alchemist needs to apply heat to the particles to change their kinetic energy and make them change states of matter.
If we apply pressure to the particles of matter then the particles will come closer and the inter molecular space between them will also be shortend up and they will change their state from gas to liquid.
It would increase
It would increase.
It would increase.
It will compress, but only very slightly as compared to a gas.
The atmosphere (the air above you) naturally applies air pressure as a result of Earth's gravity. In other words, because it is made of matter it has weight.
Sound waves are longitudinal waves, which transfer energy by compressing particles, which then apply pressure on the particles infront of them. The point at which the particles are compressed is known as the compression, whereas the point at which the particles are most spaced out is known as the rarefaction
Apply Some Pressure was created in 2007.