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The question needs to be stated more carefully. Some people might think that 27.5 vibrations per second is a fast vibration, but it is the defined frequency of the lowest note of a standard 88 key piano. You would not be able to voluntarily do anything with your body alone at a rate of 27.5 times per second, like shaking a hand or finger, flicking your eyelids or tapping your finder on a table. It's possible that a drummer can reach or exceed that rate in a drum roll. So really the answer to the question is yes, fast vibrations give low pitched sounds. Fastervibrations give higher pitched sounds.
The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.
it goes very fast which cause vibrations
The kind of sound waves that cause the highest sounding pitch would the the really thin and fast moving ones. There is, however a difference between big waves that are thin and fast, making a high pitched sound louder. This fact also applies with low, and thick slow moving waves as well. I'm 13 and hope this helped.
No, it is wrongly stated. Energy is not produced by moving fast. In fact, energy is not produced, it is transformed from other form of energy.The above question could be stated correctly as one of the followed.The particles or object that move very fast contain high kinetic energy.In throwing, the object absorb kinetic energy from our hand and travel very fast.
So-called "fast vibrations" cause "high pitched" sounds. Very fast vibrations cause very high pitched sound. Slow vibrations cause low pitched sound. You get the picture. The "speed" of vibrations relates to the frequency of the sound that is produced by them.
From a seventh grade perspective, I think it is how loud or soft it is. It depends on how fast the vibrations are.
From a seventh grade perspective, I think it is how loud or soft it is. It depends on how fast the vibrations are.
The question needs to be stated more carefully. Some people might think that 27.5 vibrations per second is a fast vibration, but it is the defined frequency of the lowest note of a standard 88 key piano. You would not be able to voluntarily do anything with your body alone at a rate of 27.5 times per second, like shaking a hand or finger, flicking your eyelids or tapping your finder on a table. It's possible that a drummer can reach or exceed that rate in a drum roll. So really the answer to the question is yes, fast vibrations give low pitched sounds. Fastervibrations give higher pitched sounds.
When you do fast motions you push the air and it producers vibrations.
No, slow vibrations make a low pitch. Fast vibrations make high pitches.
The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.The human ear can sounds between about 20 and 20,000 vibrations per second. Anything that produces this kind of vibration will be heard. Note that this may include secondary vibrations; for example, if a string has its main vibration at 15 Hz (vibrations per second), then it will also have secondary vibrations at 30 Hz. 45 Hz., etc.
You can't move your hand fast enough, the lowest frequency sound is about 20 cycles per second, if you could move your hand that fast, you might hear sound.
it goes very fast which cause vibrations
No, they make a higher-pitch sound - a squeak not a boom.
A buzzing sound is what you will hear when something is vibrating very fast. For example, a bee flaps its wings so fast and that is what makes the buzzing sound that you hear.
fast vibration