Laws of Motion and Thermodynamics

When watching tennis match or any other sport who of thought science played a big part? Science is involved in many things; we just don’t see it. It’s much entertaining to watch a match then to learn from it. The way we look at science is the use of chemicals, explosions, experiments, etc. What we don’t really see is how science is related to any sport. The use of these science laws plays a big part in the way sports are played. Newtown’s laws of motion and the laws of thermodynamics set great examples in a tennis match to help us gain more knowledge in how they’re being used on earth.
Newtown’s first law of motion is when force is being applied. If an object is left by itself it won’t move or change its state of motion. Unless the object is moved, pushed or pulled, it will change its state; it needs force in order to change its state. In a tennis match, Newtown’s first law is evident when the tennis ball is being smacked with the racket. Once the ball is hit it will go off in a certain direction because forces like air and gravity makes the ball slow down the speed pulls the ball towards the ground.
Now, when we focus on the amount of force it was used when the ball is smacked with the racket, that’s where Newtown’s second law is shown. Newtown’s second law demonstrates the relation between the objects mass with the force is being applied and the acceleration. In order to find the force that was used to smack the tennis ball, the mass (needs to change in kg) is multiplied with the acceleration to equal force. Acceleration is not the same when it comes to speed, but the amount of change in velocity divided by the times its takes the change to occur.
Newtown’s third law of motion is one that people are most familiar with. This law tells us that for every force there is an equal and opposite force. When the tennis ball is being served, your opponent then returns the serve, and it’s your turn to hit back at it again. Now looking at the way your foot is