Projectile motion golf ball question

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Homework Help Overview

The discussion revolves around a projectile motion problem involving a golf ball, specifically focusing on determining the maximum distance the ball can travel when launched at a given initial velocity. The context includes considerations of launch angles and the effects of gravity.

Discussion Character

  • Exploratory, Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants discuss the optimal launch angle for maximum distance and the breakdown of initial velocity into its components. Questions arise regarding the initial conditions and how to apply the known variables to find the solution.

Discussion Status

Some participants have provided guidance on the importance of the launch angle and suggested methods for calculating flight distance. The original poster expresses newfound clarity regarding the launch angle, indicating progress in understanding the problem.

Contextual Notes

The original poster notes a lack of information in their textbook regarding the optimal launch angle for maximum projectile distance, which has influenced their initial confusion.

11thgradephysics
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If the initial velocity of a golf ball is 30.3 m/s off the club face, and the tee box is at the same height as the green, what is the longest shot possible?
(not inlcuding roll)
i have no clue where to start please help?
all that i know is initial velocity and accelration due to gravity, so how do i solve?
 
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This is a good bit of information to learn: for the maximum projectile distance, it needs to be launched at 45 degrees. Can you take it from there?
 
For maximum distance with negligible air resistance, the best launch angle is 45 degrees. break down your [itex]\vec{v_0} [/tex] vector into vertical and horizontal, and find the flight time to find the flight distance. For roll, you'll need a friction coefficient on the green/rough to see how far it will roll.[/itex]
 
ahh, it nefver said in my book that max proj is 45 degrees, now i think i can do it
 

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