the tighter the wave (frequency of waves) the higher/sharper the sound, and the greater the degradation of quality (short distance). the longer the wave greater in length the lower the sound and has an ability to travel farther.
Strong vibrations can produce loud sounds if they cause the vibration of surrounding air particles, leading to the creation of sound waves. The intensity of the sound produced will depend on factors such as the amplitude of the vibrations and the medium through which the vibrations are traveling.
Anything loud. (Tunguska, Crakatoa, bombs)
The particles in a rock do vibrate, but these vibrations are very small and not visible to the naked eye. The atomic structure of rocks results in strong bonds between particles, which dampen the amplitude of their vibrations, making them less noticeable. At normal temperatures, the vibrations are on a very small scale, which is why we do not see them.
Human ears can only hear (i.e., detect vibrations) in a range of about 20-20,000 vibrations per second. A pendulum will usually vibrate at much less than 20 vibrations per second. But please note that a vibrating object (such as a plucked string) may also produce secondary vibrations, other than the main frequency.On the other hand, a vibration must also be strong enough, in order to be heard.
When you press the button, an electric current is connected, making a strong buzzing noise and/or light.
Strong vibrations can produce loud sounds if they cause the vibration of surrounding air particles, leading to the creation of sound waves. The intensity of the sound produced will depend on factors such as the amplitude of the vibrations and the medium through which the vibrations are traveling.
When you do fast motions you push the air and it producers vibrations.
First of all, it needs a source. But mostly, it needs vibrations. Depending on how strong the vibrations are determine how long the sound wave will travel.
Anything loud. (Tunguska, Crakatoa, bombs)
if very loud sounds enter the ears the vibrations set up in the ear fluid are so strong that they damage the fibers and stop the nerve endings being stimulated. this could produce premanent ear damage and deafness.
Bees are particularly sensitive to high-frequency sounds, such as those produced by lawn mowers, leaf blowers, and certain power tools. They can also be agitated by loud noises and vibrations near their hive, so it's best to keep noise levels low when working around bees.
sound conducts best through solids. Water is also a good conducter of sound, as the vibrations pass through very easily. Sounds will sound much louder underwater and will travel farther than through air. Through solids, it is best if the material is strong and taut, because if it is loose it will absorb sounds. Some materials that conduct sound well are: Plain water Metals (Copper, Nickel, Steel, etc.) A string will also work if it is tied tightly from one end to another Most woods
First of all, it needs a source. But mostly, it needs vibrations. Depending on how strong the vibrations are determine how long the sound wave will travel.
As strong as is a type of similie another is: as tall as or it sounds like
passing strong sound vibrations through water.
i think it's stay strong or love is louder than the pressure to be perfect!
produce a strong yarn