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The physics of basketball turnitin
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Over the years, science has come to play a big part in sports all around the world. Whether an athlete is shooting a ball, or even just running up and down a playing field, there comes in factors of science determining the outcome. The game of basketball features projectile motions and collisions, energy and momentum, and much more. By studying the physics behind a basketball shot, one can develop insight into the shooting conditions most likely to result in a successful shot. This paper will focus on the physics behind the most fundamental shot in all of basketball, the lay up, and the backspin on a jump shot. The first incorporation of physics into basketball will be explained using the principle of inertia. A characteristic of the principle
For years it was thought that the golf swing was a solid piece of movement without any differentiating variables. Vast expansion in technology over the last 20 years has produced more information on the biomechanics of the golf swing. “ Golf Biomechanics applies the principles and technique of golf mechanics to the structure and function of the golfer in an effort to improve the golf technique and performance” (Hume P., Keogh J., and Reid D. 2005) Biomechanics, “The scientific discipline that applies mechanical principles and to understanding movement.” (Hume P., Keogh J., and Reid D. 2005) allows scientists to observe a golfer’s swing to near milliseconds to the point of impact. This is much more precise to previous measurements used such as video recordings, outlines, etc. Understanding how the swing works by breaking down the movements within the swing through visual aids emphasize the opportunity for a better swing and in turn, better golf. Studies of biomechanics within the golf swing have shown the sequential separation from torso to pelvis, disproving the original theory of a solid swing with continuous motion known as the X-factor. Before understanding how the biomechanics of the golf swing works with the X-factor, the basics of the swing must be established.
Gender, race, and sexuality are socially constructed systems that act as guidelines, or rules, for how people interact with each other. A social construct often appears to be reality. However, when you step back and look at these systems critically, it is easy to see that gender, race, and sexuality do not represent a true reality. An easy example of a social construct is the game of basketball. Our society has created the game of basketball; we have rules for how to play, what to play with, and what to wear. However, if you stop and think about it, you could actually play basketball any way you’d like, but the game is only called basketball when you play by the rules. The rules define the game and give it meaning. The same is true for social
K = ½ x m x Va² and so the formula for the rebounding ball must be K =
...World of Sports Science. Ed. K. Lee Lerner and Brenda Wilmoth Lerner. Detroit: Gale, 2007. Science in Context. Web. 11 May 2014.
Gymnasts use physics everyday. As a gymnast I never realized how much physics went into every motion, every back handspring, every mistake on the bars. If gymnasts were physicists (or at least knew more about physics) they would be better equipped to handle the difficult aspects of gymnastics. As a gymnast I learned the motions that were necessary to complete the tricks that I was working on, and as a coach I taught others the same. I never truly understood why a particular angle gave me a better back handspring or why the angle that I hit a springboard at really mattered when completing a vault. We are going to explore some of the different apparatuses in gymnastics and a few of the physics laws that are involved in them. We will not even barely scratch the surface of the different ways that physics can explain gymnastics.
Every ball player, whether they realize it or not, is a mathematician or physicist. Baseball, the infamous favorite pass time of the United States, is full of physics laws and principals. It is easy to think that all these players do is throw around a ball, occasionally hit it, run around some bases, and make a great catch. However, baseball has many underlying complex principals that can be explained through the laws physics. It encompasses all three planes of motion with players exhibiting the action of throwing, hitting, and fielding. It is through physics that most ball players enhance their skills and learn to be known as one of the best.
SWOOSH. That’s all I hear in a gym full of 100 or more screaming fans and the sound of the buzzer going off as if it was never going to stop. As I laid on the ground gasping for air, I came to my senses that I just hit the game winning shot against Tates Creek high School with 3.7 seconds left. This shot was the shot of my career but who would of knew 7 years prior to that shot that I would of became a top rated shooting guard in the city of Lexington, Kentucky. My whole basketball career all I’ve known is to shoot a basketball jump shot, that was my duty, my job, my responsibility but never did I feel I was mechanically doing my whole life’s work wrong.
through. Then, the snares are gone. In this experiment I will investigate the way in which the height from which it is dropped affects the bounce of a table tennis ball. The ball is a Planning Objects that fall vertically, without air resistance, all have the same effect. same acceleration at ground level on Earth, which is 9.80665m/s2.
Physics is everywhere. Consequently, physics is a part of sports and more specifically, hockey. As the scientific discoveries progressed with time, so did the advancements in the sport of hockey, reflecting on how important and influential science truly is. Physics takes part in the ice, the skates, the protective gear, the shots, goaltending, and all other aspects of ice hockey.
“There are four major components in shooting a shot. How tall you are, how far away from the basket you are, the ball’s angle, and the ball’s speed.” You’re height and how far away from the basket you are, will determine what angle you should shoot the ball and how fast you should make the ball go. If you are 5’8” and you are 15 feet away from the basket, you want to shot the ball at a 60° angle and make the ball go 18 miles per hour. This will give you a perfect swish.
My topic is on height as it relates to the accuracy of successful free throw shots. After thinking about creative ways to get my children to do chores I came up with a quick challenge for them. Whoever can make the most, free throws would be exempt for weekly chores. They were excited and then thought the odds weren’t fair because they are shorter than I am. Which leads me to the question of does height matter? In this report, you will see data that shows the accuracy of successful free throw shot attempts from various heights. I will use pie charts and bar chart to record my results.
The higher an object is held, the more potential energy it has (if it is going to be dropped). When that object, such as the basketball, is dropped, its potential energy is converted into kinetic energy. The closer the ball gets to the ground, the more its potential energy decreases and its kinetic energy increases. The reason the ball does not bounce up all the way back to its original drop point is because when it hits the surface, some of its kinetic energy is “l...
Basketball is a extremely hazardous sport that involves rigorous amounts of jumping leaping and running. The basketball goal is often gloried due to the fact that it is the scoring avenue in the game of basketball on the contrary; the hazard that are associated the basketball goal itself can be monumental. The padding that is around the goal post of be a monumental asset to the establishment of safety when play the game of basketball. “Bucyrus High School junior Noah Lear died Wednesday two weeks after he was severely injured while playing basketball. Lear was playing basketball on Feb. 27 with three of his friends when a dunk attempt snapped the support pole causing the pole, backboard and hoop to come crashing down, landing on his head
Let’s start with the very beginning on how basketball was created. On a cold winter day in Massachusetts, Dr. James Naismith was working at the YMCA with a bunch of young boys. Boys being boys, he decided to settle them down with making up a new game he created in his head. This game relied on accuracy and finesse, rather than just all strength. Only having two peach baskets, a soccer ball and an indoor gym, Dr. Naismith created basketball. Only staring with thirteen basic rules, Naismith placed
There are many differences and some similarities between football and basketball. In this paper I will explain to the reader aspects that are similar and aspects that are different between the sport.