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Have you ever wondered how the body is able to tell when it needs to breathe, or how it can produce and record sound? If so, this article is for you. Learning about vibrations and sound can help people solve problems such as what causes earaches, how birds hear one another, and what happens when a person claps. This article will show you what vibration is all about and where you can find out more about its applications! Read on to learn more about the vibrational fundamentals we talked about earlier in this blog post! Vibrations are an essential part of our daily lives. In fact, you might not even notice it most of the time. Vibrations are the many small motions that occur in a material or object due to some outside force or energy. As vibrational motion occurs, the particles of the material begin moving in waves. As these vibrations occur, they can create sound (vibrate an object and it will make noise) or make the object appear to be heavier (the more vibrations there are, the heavier an object can appear to be). This motion is what is known as mechanical vibration. Mechanical vibration is when an object is moved back and forth with no outside force. When this happens, the particles of the material begin to move in waves due to simple harmonic motion. This means that there are small changes in the amount of pressure that is pushed against the object every instant. The object will still feel like it is in constant motion, but it isn't. These vibrations happen quickly, which makes them easy to hear (or feel) in some ways. For instance, an object vibrating at a high rate can cause someone to hear a sound that they can't explain. This is commonly referred to as the Doppler effect and accounts for why emergency sirens can be heard differently as they approach and pass you. The sound of the siren changes because the siren is moving towards you and away from you very quickly. But what causes these vibrations? It might not be apparent at first, but everything has its own vibrations due to the combination of all the other forces acting on it. These vibrations occur when two objects rub up against each other or if one object gets pushed or pulled by a force other than gravity. For example, our body has natural vibrations due to the force of gravity pulling on our entire mass. These vibrations are also known as gravimetrically induced vibrations (GIV). So why do we feel the GIV in our body? Well, due to the fact that all other things in nature move randomly or rhythmically, so do our bodies. The two objects that are lining up or rubbing each other are the objects that are inducing these rhythms in us - simply put, it is through these motions that we feel something moving inside of us. Sometimes this motion is too much for the human ear to hear consciously, but it has enough energy for them to experience. cfa1e77820
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