The variable that I am going to experiment with during this bug out is the height that the cluster is being dropped from.
Prediction
My prediction is that as I gradually lower the height that the ball is dropped from the ball result bounce lower. This is because as the ball gets lower on that point is a lesser amount of force pushing the ball downwards therefore giving less velocity for it to rebound up into the air. This means that when it hits the ground the atoms push each other out forcing the ball to bounce higher. A theory, which links into this experiment, is the energising theory. This is because the kinetic theory deals with atoms vibrating as they receive more vital force and in doing so breaking their bonds.
From the beginning to the end of the experiment there are numerous types of capability involved in do the ball to bounce. When it is at the top of the ruler before you permit it go there is gravitational potential energy. This is transferred into kinetic energy when it is falling until it hits the table. When it comes into contact with the table almost of the energy is outrage to the table in the form of thermal (heat) energy and some heat goes to the ball. The next change of energy is from thermal energy into elastic energy when the ball is being rebound butt up into the air. It is called elastic energy because when the ball hits the desk the particles are squash together by the force of the impact and then stretched which causes the ball to bounce.
Now the elastic energy is being transformed keister into kinetic energy as it is bouncing back up in the air. As the ball reaches its peak height it the kinetic...
Currently I am doing an extended essay on the aerodynamics of a cricket ball and this essay is very much mistakable (although mine is 4000 words!). Nonetheless, I have already cover the parts you mention in your essay so, I wont be copying you!! But, you have definitely done good feed and this I can say based on your findings which add up with mine as well! Good job!!
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