When you do fast motions you push the air and it producers vibrations.
Fast weak vibrations would typically produce high-pitched and faint sounds. The rapid movement of air particles caused by the vibrations creates a higher frequency sound wave with lower amplitude, resulting in softer and less intense noises.
No, the frequency of a sound is determined by the rate at which a sound wave vibrates, which is not necessarily related to the intensity of the vibrations. The pitch of a sound can be influenced by the frequency of the vibrations, where higher frequencies produce higher-pitched sounds.
No, slow vibrations make a low pitch. Fast vibrations make high pitches.
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 an object vibrates slowly, it produces low frequency sound waves. These waves have a lower pitch compared to fast vibrations.
No, they make a higher-pitch sound - a squeak not a boom.
From a seventh grade perspective, I think it is how loud or soft it is. It depends on how fast the vibrations are.
fast and slow
A fast person because it can get away from the strong person
Huskies are fast because they have strong bodies
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 vibrations can cause particles in a system to move more quickly and collide with each other more frequently. This can lead to increased energy and changes in the overall behavior of the particles, such as increased temperature or changes in phase.