UBC Undergraduate Research

Modeling the trajectory and measuring the Magnus coefficient and force of a spinning ping pong ball Cho, Raymond; Leutheusser, Samual

Abstract

Several sports including tennis, baseball, cricket and ping pong take advantage of the Magnus Effect, a forced caused by the spin of a ball travelling at a translational velocity. Because sports place a great emphasis on this phenomenon, there is an interest in modelling the trajectory of a ball involving this variable. To explore this concept, a ping pong ball was launched from a track with varying trajectories and an exposure-controlled strobe light photo was taken. This was analysed to model the path of the ball and determine the Magnus coefficient and its subsequent force. For the ping pong ball, the Magnus Force was determined to be: ^→𝐹M = (0.000207 Β± 0.000053 π‘˜π‘”)(^β‡‰π›šΓ—^⇉𝑣) Where Ο‰ is angular velocity and v is velocity.

Item Media

Item Citations and Data

Rights

Attribution-NonCommercial-NoDerivatives 4.0 International