Why Does A Rolling Ball Stop After Some Time at Sarah Lauren blog

Why Does A Rolling Ball Stop After Some Time. You can see in figure. Rolling ball stops after moving some distance due to friction force act opposite direction of motion of ball. The force of friction acts between the two surfaces by opposing the relative motion of one surface over the other. If the incident ball was initially rolling, immediately after the collision it will continue rotating with complete slipping. It opposes the motion of an object, causing moving objects to lose energy and slow down. Friction then causes the ball to pick up linear speed again, with a direction. If we roll a ball on a horizontal surface and it rolls without slipping it should eventually stop due to friction. By this reasoning the ball should never stop (taking an ideal ground with friction for example), or at least it wouldn't stop so fast like it.

20191023 McDonald Institute
from mcdonaldinstitute.ca

You can see in figure. By this reasoning the ball should never stop (taking an ideal ground with friction for example), or at least it wouldn't stop so fast like it. It opposes the motion of an object, causing moving objects to lose energy and slow down. Friction then causes the ball to pick up linear speed again, with a direction. Rolling ball stops after moving some distance due to friction force act opposite direction of motion of ball. If the incident ball was initially rolling, immediately after the collision it will continue rotating with complete slipping. The force of friction acts between the two surfaces by opposing the relative motion of one surface over the other. If we roll a ball on a horizontal surface and it rolls without slipping it should eventually stop due to friction.

20191023 McDonald Institute

Why Does A Rolling Ball Stop After Some Time Rolling ball stops after moving some distance due to friction force act opposite direction of motion of ball. Rolling ball stops after moving some distance due to friction force act opposite direction of motion of ball. You can see in figure. Friction then causes the ball to pick up linear speed again, with a direction. If we roll a ball on a horizontal surface and it rolls without slipping it should eventually stop due to friction. By this reasoning the ball should never stop (taking an ideal ground with friction for example), or at least it wouldn't stop so fast like it. The force of friction acts between the two surfaces by opposing the relative motion of one surface over the other. It opposes the motion of an object, causing moving objects to lose energy and slow down. If the incident ball was initially rolling, immediately after the collision it will continue rotating with complete slipping.

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