- #1
hkhalil
- 2
- 0
Hi,
Is it right to assume that, since F = ma, that the magnus force has an impact on the acceleration of the spinning object, which in turn leads to a change in its velocity?
I need to program an application that simulates a corner in soccer. This involves calculating the viscous and Magnus forces applied to the ball. I am just trying to find the relation between these two forces and the acceleration of the ball.
Is it right to sum the viscous friction and the magnus force, as well as the gravitational force, and divide everything by the mass in order to find the acceleration at a time T ?
Thanks
Is it right to assume that, since F = ma, that the magnus force has an impact on the acceleration of the spinning object, which in turn leads to a change in its velocity?
I need to program an application that simulates a corner in soccer. This involves calculating the viscous and Magnus forces applied to the ball. I am just trying to find the relation between these two forces and the acceleration of the ball.
Is it right to sum the viscous friction and the magnus force, as well as the gravitational force, and divide everything by the mass in order to find the acceleration at a time T ?
Thanks