because its a mechanical wave, it requires an action to be formed and that produces energy ( as a sound)
sound waves cause the object to vibrate not vise versa
vibration
Vibrations alter the density of the air (or other medium) around them. They do this as a wave. When the wave reaches a person's eardrum it makes it vibrate to the rhythm of the vibration. This is conducted to the brain via an electrical impulse and we hear it as sound.
Sound moves by vibration. It is conducted by the vibration of matter. That vibration oscillates up and down in crests and troughs (hi's and low's). The distance or "wave length" between one crest and the next is a sound wave.
Sound wave.
sound waves cause the object to vibrate not vise versa
"Sound waves" are basically pressure waves - areas of higher and lower pressure, that propagate as a wave. You must have SOME means to create those pressure changes, and to do so quickly.
For a sound wave to be created there has to be a vibration
vibration
Sound is actually a vibration in the air which travels in the form of a wave. The larger the amplitude of the wave, the "louder" the sound. the smaller the amplitude of the wave, the "softer" the sound.
Vibrations alter the density of the air (or other medium) around them. They do this as a wave. When the wave reaches a person's eardrum it makes it vibrate to the rhythm of the vibration. This is conducted to the brain via an electrical impulse and we hear it as sound.
A sound wave is a vibration of air that travels at approximately 767mph. The higher up these vibrations go (amplitude), the louder the sound is. The closer together these vibrations are (frequency), the higher pitch the sound will be.
the lenght of the wave is depending on the vibration.
A sound wave is simply a vibration in the air molecules, or the molecules of some other substance. This vibration propagates as a wave, the energy gets transferred somewhere else.
By passing the vibrations directly to the air in contact with its surface.
Sound moves by vibration. It is conducted by the vibration of matter. That vibration oscillates up and down in crests and troughs (hi's and low's). The distance or "wave length" between one crest and the next is a sound wave.
A cycle in a sound wave is the time taken for one complete vibration.