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The diagram given below shows a ball rolling down a slope. The ball finally comes to a stop byitself. Which of the following statements describes what likely caused the ball to stop?

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The diagram given below shows a ball rolling down a slope. The ball finally  comes to a stop byitself. Which of the following statements describes what  likely caused the ball to stop?

Click here:point_up_2:to get an answer to your question :writing_hand:the diagram given below shows a ball rolling down a slope the ball finally comes
Click here👆to get an answer to your question ✍️ The diagram given below shows a ball rolling down a slope- The ball finally comes to a stop byitself- Which of the following statements describes what likely caused the ball to stop-
Correct option is C- The friction between the ball and the surface

6.2 Friction  University Physics Volume 1

6.2 Friction University Physics Volume 1

The friction between the ball and the surface.

The friction between the ball and the surface.

Solved 14. A ball is released, and rolls 1 point down a

Solved 14. A ball is released, and rolls 1 point down a

Descartes' Method (Stanford Encyclopedia of Philosophy)

Descartes' Method (Stanford Encyclopedia of Philosophy)

Lab 3 - Newton's Second Law

Lab 3 - Newton's Second Law

A ball rolls up, then down an incline. Sketch an

A ball rolls up, then down an incline. Sketch an

The diagram given below shows a ball rolling down a slope. The

The diagram given below shows a ball rolling down a slope. The

Physics Textbook, PDF, Torque

Physics Textbook, PDF, Torque

The diagram given below shows a ball rolling down a slope. The

The diagram given below shows a ball rolling down a slope. The

The diagram given below shows a ball rolling down a slope. The

The diagram given below shows a ball rolling down a slope. The

Applied - Physics - Notes 1, PDF, Rotation Around A Fixed Axis

Applied - Physics - Notes 1, PDF, Rotation Around A Fixed Axis

6.1 Solving Problems with Newton's Laws

6.1 Solving Problems with Newton's Laws

Descartes' Method (Stanford Encyclopedia of Philosophy)

Descartes' Method (Stanford Encyclopedia of Philosophy)

Inertia and Mass

Inertia and Mass