The initial height of the ball does not have a significant effect on its distance traveled. As long as the ball has enough energy to overcome friction and other forces, it will continue to roll until it loses all of its energy.
The main factors that influence how far a rolling ball will go are the initial force applied to the ball, the surface it is rolling on, and the presence of any external forces such as friction or air resistance.
No, there is not a maximum distance that a rolling ball can travel. As long as the ball has enough energy, it can continue rolling indefinitely. However, external factors such as friction and air resistance will eventually slow down the ball and cause it to stop.
The shape or weight of the ball can affect its distance traveled, but it depends on the surface it is rolling on. A heavier ball may have more momentum and be able to overcome friction better, while a lighter ball may travel farther on a smoother surface due to less friction.
Yes, the distance a rolling ball travels can be calculated using the equation d = v0t + ½at2, where d is the distance, v0 is the initial velocity, t is the time, and a is the acceleration. However, this calculation may not be accurate in real-world situations due to external factors such as friction and air resistance.