The Physics of Golf: How Trajectory, Spin & Velocity Affect Shots

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SUMMARY

The discussion focuses on the physics involved in golf, specifically mechanics, materials, and aerodynamics. Key concepts include the collision of the golf ball during the swing, the implications of thermodynamics on ball placement, and the role of momentum and impulse-momentum in gameplay. The conversation references "The Physics of Golf" by Jorgensen as a resource for deeper understanding. Participants emphasize the importance of analyzing the swing mechanics and related physical phenomena to improve performance.

PREREQUISITES
  • Understanding of mechanics in sports physics
  • Familiarity with thermodynamics principles
  • Knowledge of momentum and impulse-momentum concepts
  • Basic grasp of biomechanics related to athletic performance
NEXT STEPS
  • Research the mechanics of a golf swing and its impact on ball trajectory
  • Study thermodynamics in sports, focusing on energy states and entropy
  • Explore momentum and impulse-momentum in the context of golf
  • Read "The Physics of Golf" by Jorgensen for comprehensive insights
USEFUL FOR

Golf enthusiasts, sports physicists, coaches, and players looking to enhance their understanding of the physical principles that affect golf performance.

limelight26
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What physics are involved in golf
 
Physics news on Phys.org
all of physics
 
"All of physics" is pretty general, and probably not accurate. The main physical phenomenea studied in golf would be mechanics, materials, and aerodynamics.
 
Mech_Engineer said:
"All of physics" is pretty general, and probably not accurate.

What? You mean you never busted out the quantum statistical mechanics on the back 9?
 
thermodynamics: the ball in a hole is a low entropy state, whereas the ball in the rough is a high entropy state, hence golf is hard. □
 
biomechanics...has anyone read The Physics of Golf by Jorgensen?
 
cepheid said:
What? You mean you never busted out the quantum statistical mechanics on the back 9?

I have...and it didn't help my slice...LMAO! :smile:

CS
 
It's a really dreadful question by the OP, and most probably homework of some kind.

The answer is lots of physics. You'll have to narrow it down exactly what sort of thing you want to know.

Hint: Start by thinking about all the steps taken to acutally play the game. Probably best to start with the swing and work forward from there. List them all, then start thinking of physics-like phenonema you see.

as an example i'll give you an easy one. Hitting the ball - a collision.
EDIT GAH- old thread!
 
MikeyW said:
thermodynamics: the ball in a hole is a low entropy state, whereas the ball in the rough is a high entropy state, hence golf is hard. □

Don't forget the bending moments and shear forces on the club.

But OP, things like momentum come into play when golfing. Impulse-momentum. Like that.
 

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