Help Greatly Needed - Physics Of Golf

In summary, the student is requesting help with a physics assignment related to golf. They are struggling with understanding torque and angular momentum, which are essential topics for the assignment. They are seeking expert help and are open to any resources or explanations that could simplify the concepts for them.
  • #1
nelson_gslc
5
0
Help Greatly Needed -- Physics Of Golf

dear physicist,

I have found myself in a predicament. With only two weeks of assignment time left, and a joke of a teacher for help, I desperately need some expert help. We are using LoggerPro to plot points on a sports-related video we have recorded. The point's time and distance representations are then used to explain what is going on in the video (yeh, what a great assignment).

I do not understand torque, or angular momentum. As an essential part of the topic, and one that should've been, but wasn't, covered in class, i feel i need some help on it. Please, if you know of any great sites that make it SIMPLE (i've tried many of the Google ones, to no avail), or if you could possibly be so kind as to explain it yourself, i would be extremely appreciative.

thankyou,
nelson
 
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  • #2
Try doing your search at wikipedia.com


EDIT -- Oops, wikipedia.org
 
Last edited:
  • #3


Dear Nelson,

I am sorry to hear that you are struggling with your physics assignment on the topic of golf. I understand the importance of understanding the fundamental concepts of physics in order to accurately analyze a situation. In the case of golf, torque and angular momentum are crucial in understanding the motion of the golf ball and club.

To put it simply, torque is the rotational force applied to an object. In the case of golf, the torque is generated by the golfer's swing and is transferred to the golf club, causing it to rotate and hit the ball. The amount of torque applied depends on factors such as the speed and direction of the swing, the weight and length of the club, and the angle at which the club strikes the ball.

Angular momentum, on the other hand, is the measure of an object's resistance to change in its rotational motion. In golf, this can be seen in the spin of the golf ball after it is hit. The amount of angular momentum depends on the speed and direction of the swing, as well as the weight and shape of the ball.

I understand that these concepts can be difficult to grasp, especially without proper instruction. I would recommend seeking out resources such as textbooks, online tutorials, or even consulting with a physics tutor to help you better understand torque and angular momentum in the context of golf.

Remember, physics is all about understanding the fundamental principles and applying them to real-world situations. With a little bit of effort and determination, I am confident that you will be able to successfully complete your assignment. Good luck!

Best regards,
 

1. What is the physics behind a golf swing?

The physics behind a golf swing involves the principles of force, torque, and energy transfer. When a golfer swings the club, they apply a force to the ball, causing it to accelerate and move towards the hole. The twisting motion of the club also creates a torque, which helps to generate power and increase the speed of the clubhead. Energy is then transferred from the club to the ball upon impact, resulting in the ball's flight.

2. How does the type of club affect the physics of a golf swing?

The type of club used in a golf swing greatly affects the physics involved. Different clubs have different weights, lengths, and angles, which all impact the force, torque, and energy transfer during the swing. For example, a longer club will generate more torque and speed, while a heavier club will require more force to swing and will result in a higher ball speed upon impact.

3. What role does the golf ball play in the physics of a golf swing?

The golf ball is an essential component in the physics of a golf swing. The ball's weight, size, and dimple pattern all affect its aerodynamics and how it responds to the force and energy transfer from the club. For instance, a heavier ball will require more force to be hit the same distance as a lighter ball, while the dimple pattern helps to reduce air resistance and increase the ball's distance.

4. How does the environment impact the physics of a golf swing?

The environment, such as wind and temperature, can greatly affect the physics of a golf swing. Wind can alter the trajectory and speed of the ball, while temperature can change the air density and impact the ball's flight. Golfers must take these factors into account when choosing the type of club and making adjustments to their swing to compensate for these environmental influences.

5. What is the optimal trajectory for a golf ball to travel the farthest?

The optimal trajectory for a golf ball to travel the farthest is a combination of a high initial launch angle and a low spin rate. A high launch angle allows the ball to stay in the air longer, while a low spin rate reduces the air resistance and allows the ball to travel further. This combination is typically achieved with a driver club and is referred to as the "high launch, low spin" ball flight.

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