- #1
Tominator
- 79
- 1
Hi
I am a bit puzzled by a specific type of collisions and distribution of momentum. Well, I know that the change in momentum of two coliding objects is equal and opposite. But I am not certain how is it in a case of collision of a directly moving object and a rotating one. Is the sum of a liner momentum and angular momentum, total momentum of a rotating object?
Thanks for answers.
I am a bit puzzled by a specific type of collisions and distribution of momentum. Well, I know that the change in momentum of two coliding objects is equal and opposite. But I am not certain how is it in a case of collision of a directly moving object and a rotating one. Is the sum of a liner momentum and angular momentum, total momentum of a rotating object?
Thanks for answers.