The ball could be moved by a force such as a push, a pull, or a kick.
The most significant force that will cause the ball to stop rolling is kinetic friction. As the ball moves across the surface, the friction between the ball and the ground will slow it down until it eventually stops.
A contact force that could affect the ball when a pitcher throws it is friction between the pitcher's fingers and the ball, which helps create spin and movement on the pitch. A non-contact force that could affect the ball is air resistance, which can slow down the ball's speed and alter its trajectory.
If you apply more force in the direction the ball is already traveling, it will accelerate and its speed will increase. The additional force will cause the ball to roll faster along the ramp.
The force of friction between the ball and the surface it is rolling on is responsible for slowing it down. Kinetic friction acts in the opposite direction of the ball's motion, converting some of its kinetic energy into heat.
The force of friction between the ball and the ground would slow down the ball's motion until it eventually comes to a stop. The force of air resistance can also contribute to slowing down the ball's movement.
The most significant force that will cause the ball to stop rolling is kinetic friction. As the ball moves across the surface, the friction between the ball and the ground will slow it down until it eventually stops.
A contact force that could affect the ball when a pitcher throws it is friction between the pitcher's fingers and the ball, which helps create spin and movement on the pitch. A non-contact force that could affect the ball is air resistance, which can slow down the ball's speed and alter its trajectory.
Friction
No. Speed and force cause a bowling ball to roll down a lane. Friction may cause a bowling ball to change course on a lane though, and also slow it down.
We might say that an unbalanced force causes a ball to start moving. If a ball is resting on a surface, gravity is pulling down and the surface is pushing up against it. Things (forces) are in balance and the ball is still. Drop the surface out from under the ball and that ball begins to fall as gravity has no opposing force to balance it.Any lateral force on the ball that can overcome its rolling resistance will cause the ball to move. The inertia of the ball is such that it "wants" to remain at rest. Some unbalanced force will have to act on the ball to cause it to start moving. A ball on a pool table sits still until struck by a cue or another ball. It takes an "outside" force to "unbalance" the forces acting on a ball that is at rest to cause it to move.
If you apply more force in the direction the ball is already traveling, it will accelerate and its speed will increase. The additional force will cause the ball to roll faster along the ramp.
The force of friction between the ball and the surface it is rolling on is responsible for slowing it down. Kinetic friction acts in the opposite direction of the ball's motion, converting some of its kinetic energy into heat.
The force of friction between the ball and the ground would slow down the ball's motion until it eventually comes to a stop. The force of air resistance can also contribute to slowing down the ball's movement.
When you drop a ball, the action force on the ball is the force of gravity pulling the ball towards the ground.
Yes
'cause it matters how much force you use and if the ball was meant for the terrain or concrete
Gravity and Air resistance!! x