Question

a ball is moving slowly on a floor and in the end it stops suddenly due to frictional force. What is the type of frictional force?​

Answer 1

Answer:

The force of friction acts between the two surfaces by opposing the relative motion of one surface over the other. For example, when the ball rolls on the ground, the force of friction acts between the surface of the ball and the surface of the ground. The irregularities between the two surfaces lock into each other and thus, stop the ball from moving any further unless it is moved by an external force.

Explanation:

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Answer 2

Answer:

The frictional force that is used to stop the ball from moving is sliding friction.

Explanation:

• Static, sliding, rolling, and flowing friction are the four different types of friction. This sliding force of friction acts mostly between the two surfaces that are beneath the surface that is opposing the relative motion and the surface that is above it.

• By preventing one surface from moving relative to the other, friction operates between the two surfaces. For instance, friction occurs between the surface of the ball and the surface of the ground when it rolls on the ground. The two surfaces' imperfections lock onto one another, preventing the ball from moving any farther unless an outside force is applied.

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