theQM123 said:
With relevant equations, for example. With conserved quantities. With things you know, with things you want to know, ...theQM123 said:
The size of the larger ball does not directly affect the speed of the smaller ball. However, it does affect the surface area in contact with the surface, which can impact friction and rolling resistance. In general, a larger ball will have more surface area in contact with the surface, resulting in more friction and slower speed for the smaller ball.
The rolling motion of the smaller ball on the larger ball is influenced by several factors, including the size and weight of the balls, the surface materials, and the force applied to the smaller ball. Additionally, factors such as the shape and texture of the balls can also play a role in the rolling motion.
Yes, the smaller ball can roll in both directions on the larger ball. This is because the direction of the rolling motion is determined by the force applied to the smaller ball, rather than the size or shape of the larger ball.
The surface material can greatly impact the motion of the smaller ball on the larger ball. A smooth and flat surface will allow for easier and faster rolling, while a rough or uneven surface can create more friction and slow down the rolling motion. Additionally, the type of material can also affect the amount of bouncing or bouncing back of the smaller ball on the larger ball.
The mass of the smaller ball does not directly affect its speed on the larger ball. However, a heavier ball may require more force to start rolling and may also experience more resistance. This can result in a slower speed compared to a lighter ball. However, other factors such as the surface materials and force applied can also influence the speed of the smaller ball on the larger ball.