Give the reason of a ball rolling along the ground gradually slows down and finally comes to rest
Answers
Answered by
13
hyy dear.....
here ur answer is.....
As the ball translational velocity decreases due to air resistance, the friction force acts in direction of the motion of the ball and hence it increases the translational velocity and decreases the angular velocity till translational velocity becomes equal to the product of the angular velocity and the radius of the ball due to which the point of contact stays at rest
Vtrans = W*R
W = angular velocity
HOPE THIS WILL HELP U ✌️✌️
here ur answer is.....
As the ball translational velocity decreases due to air resistance, the friction force acts in direction of the motion of the ball and hence it increases the translational velocity and decreases the angular velocity till translational velocity becomes equal to the product of the angular velocity and the radius of the ball due to which the point of contact stays at rest
Vtrans = W*R
W = angular velocity
HOPE THIS WILL HELP U ✌️✌️
Answered by
20
Answer:
The ball rolling along the ground gradually slows down due to the friction from the medium it is moving on. The ball comes into rest because the friction acts in the opposite direction of the moving ball, slowly the force of the ball become less and the ball finally comes to rest.
Explanation:
Hope, this answer is helpful for you.
Thanks.....
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