- #1
dogge76
- 3
- 0
Hello,
i want to determine the velocity with which an object moves after it has departed a rotating disk. In my problem there is a disk rotating with the angular speed w. On this disk there is a drilling in which a mass m is positioned. In case the thread in the drilling fails i need to determine the velocity with which this mass hits the housing. During the rotation there is a force F_a additionally to the centrifugal force. My idea is to determine the tangential velocity with v_t=rw and with F=ma i can determine the acceleration due to the force F_a. Do i need to determine another accelerations or velocities. I am doing a rough calculation therefore the calculation doesn't need to consider all possible effects. I inserted a scetch of the problem. I would very welcome some help. thanks
i want to determine the velocity with which an object moves after it has departed a rotating disk. In my problem there is a disk rotating with the angular speed w. On this disk there is a drilling in which a mass m is positioned. In case the thread in the drilling fails i need to determine the velocity with which this mass hits the housing. During the rotation there is a force F_a additionally to the centrifugal force. My idea is to determine the tangential velocity with v_t=rw and with F=ma i can determine the acceleration due to the force F_a. Do i need to determine another accelerations or velocities. I am doing a rough calculation therefore the calculation doesn't need to consider all possible effects. I inserted a scetch of the problem. I would very welcome some help. thanks