Waves in the sky have been a topic of interest for a very long time to me. In my youth I was often fascinated by how a wave would curl and turn as it approached a particular area or landmark. It was fascinating to me because it did not follow the normal laws of physics. I especially found it intriguing because this special wave did not seem to have a period. It also seemed to jump from one area to another. After much study I came to the conclusion that Section 3 behavior is indeed possible.
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This led me to further studies and calculations. I discovered that all waves follow a curving, wavelike motion until they slow and curve away. When a wave approaches an area, it will make that area swell as it approaches. A Section 3 wave then occurs and it is very different than the usual ocean wave. One of the main characteristics of a section 3 wave is that it has a period longer than any other known wave.
Why can this be so? It is due to the “reciprocal” relationship between the wave and the object that it is approaching. Think of the football when you run towards it and kick it. If the kick is made near the bottom of the field, the ball will travel up the field, but it will hit the top of the field or go into the upper corner. If you kick the ball at the top of the field, it will go straight up and left or right depending on which way you kick it.
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There are several factors that cause these waves. The wavelength of the wave is important. A long wave will have a much shorter wavelength. The speed of the wave is also important. The speed of the waves get farther apart as the speed of the air gets farther apart as well. These two factors combine to create what is called a “Waves” in the science world.
You may have already heard about the “Chunks” and the” Chronicles” in physics. The waves that we have discussed above are just one type of wave in sections that form in a wave behavior. In fact, a wave can create behaviors and sections even without any motion. This is what makes for the different sections and behaviors. When you think about it, a chunk is a combination of three different chunks and a wave. The same can be said for the wave behavior in section 3.
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One example of this is what is commonly known as a “bell wave.” This is usually confused with the “Holographic,” which is the actual wave behavior. For the Bell Wave, the waves start out very similar but they vary as they continue on their journey. The biggest difference is in the frequency of the wave. The frequency varies as the wave approaches and goes away from its source. The most common Bell-wave behavior in sections are:
This is just one example. The other main type of behavior that is unique to each section is called the Time Domain Behavior. This is where the wave travels in only certain sections of the room. You can actually pinpoint this behavior with the help of a chart. It is important to note that this can also be combined with the Time Domain Behavior.
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If you want more information about how these behaviors are formed, then it would be best to take a class in this area. When it comes to understanding the section, it is just like anything else. You will get better with practice. Remember to always test out your theories before trying them out on the real project.
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