**Text and Diagram Explanation for Educational Purposes:****Description:**An object slides along the inside of a vertical circular track and never loses contact with the track. As it slides upward, it slows down, and as it slides downward, it speeds up. It’s not known whether it’s moving clockwise or counterclockwise in the view shown. Match points A, B, C, and D with possible acceleration vectors at those points. Only one of the acceleration vectors shown is possible at each point.**Diagram Explanation:**- The image shows a circle representing the vertical circular track.- Points labeled A, B, C, and D are marked along the circle.- Each point has a corresponding purple vector indicating possible directions of acceleration: - Point A: The vector points inward, towards the center of the circle. - Point B: The vector points inward, towards the center of the circle. - Point C: The vector points inward, towards the center of the circle. - Point D: The vector points inward, towards the center of the circle.**Physics Explanation:**- As the object slides upwards on the track, it decelerates because gravity opposes its motion.- As it slides downwards, the object accelerates because gravity aids its motion.- The centripetal acceleration vectors at each point are directed towards the center of the circle, consistent with the object maintaining contact with the track.

In circular motion, there are two acceleration 1. Centripetal acceleration The direction of…

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