Heat is a form of energy, you are adding energy to the system, this causes the particles to vibrate faster.
Conduction refers to heat transfer through solids. It is due to conduction that if we heat one side of a rod and place our hand on the other side, we feel the heat.What, basically, happens is that at the point that you have heated the rod, the particles gain more energy. As the particles in a solid are fixed in their position - and can only vibrate - due to the increase in eneery, the particles vibrate faster about their equilibrium positions. When they vibrate faster, they cause the particles around them to also vibrate faster, increasing their temperature. When these particles also start vibrating faster, the cycle is repeated and they cause the particles around them to also vibrate faster, increasing their temperature as well. In this way, the disturbance is spread all over the rod, which is why you feel the heat on the other side of the rod, even though that side is not in direct contact with the heat.
They cause the particles around them to be pushed together and then spread apart.
vibrate
They can't, as sound is a series of particles that hit each other and cause a vibration. There are no particles in a vacuum to vibrate
It causes it to vibrate which causes it to heat up
Conduction refers to heat transfer through solids. It is due to conduction that if we heat one side of a rod and place our hand on the other side, we feel the heat.What, basically, happens is that at the point that you have heated the rod, the particles gain more energy. As the particles in a solid are fixed in their position - and can only vibrate - due to the increase in eneery, the particles vibrate faster about their equilibrium positions. When they vibrate faster, they cause the particles around them to also vibrate faster, increasing their temperature. When these particles also start vibrating faster, the cycle is repeated and they cause the particles around them to also vibrate faster, increasing their temperature as well. In this way, the disturbance is spread all over the rod, which is why you feel the heat on the other side of the rod, even though that side is not in direct contact with the heat.
They cause the particles around them to be pushed together and then spread apart.
vibrate
The particles vibrate and cause the particles next to it to vibrate and so on until the vibrations transfer to the next material. This works better in solids because the particles are more tightly packed.
Cause rock particles to vibrate in same direction that waves travel
They can't, as sound is a series of particles that hit each other and cause a vibration. There are no particles in a vacuum to vibrate
Cause rock particles to vibrate in same direction that waves travel
It causes it to vibrate which causes it to heat up
When you speak, your voice box vibrates. These vibrations cause the surrounding air particles to vibrate as well. These air particles in turn cause the other particles to vibrate. Energy is carried off in this manner into your ear. When the vibrations reach your ear, the receptor cells in your ear-drum send electrical signals to your brain, which interpret it as sound.
An increase in thermal energy gives particles more kinetic energy, which causes them to vibrate more. As they vibrate more, the volume they take up increases.
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