That would be sound.
The matter transfers the energy, it does not move very far. It circles at approximately the same spot as the wave energy passes.
If there's matter then its not a vacuum. But an EM wave can transverse either.
A wave that can travel only through matter is termed mechanical wave.
A transverse wave causes particles in matter to move at right angles to the direction in which the wave travels. A compressional wave causes particles in matter to move back and forth alog the same direction in which the wave is traveling.
transverse waves- the medium vibrates up and down, example- visible light, gamma and xrays. compression/longitudinal- move back and forth and need a medium to travel in. example- slinky.
The matter transfers the energy, it does not move very far. It circles at approximately the same spot as the wave energy passes.
No, compressional waves travel through liquids and gases. Transverse waves pass through solids. You may also be forgetting electromagnetic waves such as light, radio, x-rays, etc that propagate in neither of these ways and can even pass through vacuums.
If there's matter then its not a vacuum. But an EM wave can transverse either.
Sound travels through matter as transverse pressure waves.
a medium. but longitudinal waves do not have to travel through a medium. This is why transverse waves cannot vibrate through space.a medium. but longitudinal waves do not have to travel through a medium. This is why transverse waves cannot vibrate through space.
Compressional waves
A transverse wave of light can travel through air or gas.
A wave that can travel only through matter is termed mechanical wave.
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A transverse wave causes particles in matter to move at right angles to the direction in which the wave travels. A compressional wave causes particles in matter to move back and forth alog the same direction in which the wave is traveling.
Yes, compressional waves are what sound is made of. Since there is no sound in a vacuum, it can be assumed that compressional waves only travel through matter. You can also think of it like this: they're called compression waves because something is compressing. If there was no matter, there'd be nothing for them to compress.
transverse waves- the medium vibrates up and down, example- visible light, gamma and xrays. compression/longitudinal- move back and forth and need a medium to travel in. example- slinky.