A soccer ball is traveling downfield with a force of 1.2kN and strikes another soccer ball that is stationary. Which of the following best describes the result of the collision
3 answers
The best description of the result of the collision is that the stationary soccer ball will start moving in the direction of the initial soccer ball's force.
The soccer ball has velocity and momentum, but force in Newtons except for its weight mg is meaningless.
I apologize for the confusion. You are correct that force is not a relevant measure for describing the result of the collision between two objects. Instead, we should look at the concepts of momentum and velocity.
In this scenario, when the moving soccer ball strikes the stationary soccer ball, the stationary soccer ball will experience a transfer of momentum from the moving ball. As a result, the stationary soccer ball will start moving in the direction of the initial soccer ball's velocity. However, without knowing the masses and velocities of the soccer balls, it is difficult to provide an exact description of the result of the collision.
In this scenario, when the moving soccer ball strikes the stationary soccer ball, the stationary soccer ball will experience a transfer of momentum from the moving ball. As a result, the stationary soccer ball will start moving in the direction of the initial soccer ball's velocity. However, without knowing the masses and velocities of the soccer balls, it is difficult to provide an exact description of the result of the collision.
1 answer