- #1
Jimbo Hammock
An argument arose in our office today concerning the effect that player size has on the distance that a batted ball travels before hitting the ground.
Assuming all factors being equal (humidity, altitude, launch angle, ratio of player muscle/fat/bone/etc, player coordination, etc.), my belief is that if Player B is 10% larger (10% taller, 10% heavier, and therefore 10% stronger) than Player A, Player B would be able to swing a bat that is proportionately 10% larger (10% longer, 10% heavier, and therefore contains 10% more mass) at the exact same speed as Player A swings his smaller bat, and therefore 10% more energy would be transferred into the baseball by Player B, the ball would have a 10% higher velocity, and the ball would fly 10% further, if the experiment were performed in a vacuum.
Is this belief correct, based on the laws of physics?
And, if performed in a real-life setting at the ballpark, would wind-drag/air-resistance be the only additional factor which would slow the baseball and reduce it's flight distance? Would the wind-drag/air resistance slow both balls equally, or would it slow the faster moving ball more, and if so, by how much more?
Thanks for your answers!
Assuming all factors being equal (humidity, altitude, launch angle, ratio of player muscle/fat/bone/etc, player coordination, etc.), my belief is that if Player B is 10% larger (10% taller, 10% heavier, and therefore 10% stronger) than Player A, Player B would be able to swing a bat that is proportionately 10% larger (10% longer, 10% heavier, and therefore contains 10% more mass) at the exact same speed as Player A swings his smaller bat, and therefore 10% more energy would be transferred into the baseball by Player B, the ball would have a 10% higher velocity, and the ball would fly 10% further, if the experiment were performed in a vacuum.
Is this belief correct, based on the laws of physics?
And, if performed in a real-life setting at the ballpark, would wind-drag/air-resistance be the only additional factor which would slow the baseball and reduce it's flight distance? Would the wind-drag/air resistance slow both balls equally, or would it slow the faster moving ball more, and if so, by how much more?
Thanks for your answers!