How Long Does The Swing Of A Pendulum

Weight, length and angle of the swing of a pendulum will be the star of this chapter. First, I will describe how the weight of the bob in the swing of a pendulum affects the amount of swings that a pendulum can swing in a certain amount of time. If the bob is light, like a penny or a paper clip, the pendulum can swing a large amount of times because the pendulum does not have a lot of weight to carry at the end of it. If the bob at the end of the string is heavy, like a half-dollar or a quarter, the pendulum cannot swing as many times as it could with a smaller bob because the pendulum has a lot of weight at the end of the string, which weighs and slows the swing down to a lower and slower pace. The weight of the bob is a very important variable in the testing
If the length of the pendulum is short, maybe at around seven centimeters, the pendulum can swing very fast because the length is not weighing down the entire pendulum mass. If the length of the pendulum is long, at around 85 centimeters, the pendulum cannot swing as fast as it could with a smaller length because of its large length. The length is too long, which is causing the pendulum to swing slower and slower, unlike the result of a smaller pendulum, which has the ability to swing very quickly back and forth because the small length is barely weighing down the entire pendulum. Finally, I will talk about how the angle of the pendulum swing affects the amount of swings a pendulum can swing in a certain amount of time. If the pendulum is swung side to side, it makes no difference than it would as if it were to be swung back and forth, because both are at an 180º angle. If the pendulum is going to be swung at a 360º angle, or up and down, the pendulum will barely swing, or it might even cease to swing because it is going exactly up and