* Initial State: The ball is rolling in a straight line. This means it already has a velocity in that direction. Let's call this initial velocity "v".
* The Push: When you push the ball to the right, you apply a force to it. This force will cause an acceleration, meaning the ball's velocity will change.
* Result: Since you're pushing to the right, the acceleration will also be to the right. This means the ball's velocity will increase. The ball will roll faster in the same direction.
Important Notes:
* Magnitude of the Push: The strength of your push determines the magnitude of the acceleration. A harder push will lead to a larger increase in velocity.
* Friction: In reality, friction will always be present, slowing the ball down over time. This means the ball's velocity will eventually start to decrease even if you keep pushing it to the right.
In summary, pushing a rolling ball to the right will increase its velocity in the same direction (to the right).
