Figure depicts a block sliding along a frictionless ramp in vertical plane Eight numbered arrows in the diagram repreesent direction to be referred to when answering the questions

Position - i : Starts sliding on curve path
Position - ii : Lowest position of the curve path
Position - iii : Just outside of the curve path
The direction of the acceleration of the blocks when in position i is best represented by which of the arrows in the diagram

figure depicts a block sliding along a frictionless ramp in vertical plane Eight numbered arrows in the diagram repreesent direction to be referred to when answering the questions Position - i : Starts sliding on curve path Position - ii : Lowest position of the curve path Position - iii : Just outside of the curve path The direction of the acceleration of the blocks (after leaving the ramp) at position i is best represented by which of the arrows in the diagram?

figure depicts a block sliding along a frictionless ramp in vertical plane Eight numbered arrows in the diagram repreesent direction to be referred to when answering the questions Position - i : Starts sliding on curve path Position - ii : Lowest position of the curve path Position - iii : Just outside of the curve path The direction of the acceleration of the blocks (after leaving the ramp) at position i is best represented by which of the arrows in the diagram?

This diagram depicts a block sliding along a, frictionless ramp in vertical plane. The eightl numbered arrows in the diagram represent directions, to be referred to when answering the questions. The direction of the acceleration of the block (after leaving the ramp) at position III is best represented by which of the arrows in the diagram ?

What is the direction of acceleration of a body moving in a curved path with a constant speed?

A mass is revolving along the circular path in the plance of the paper. The direction of tangential acceleration is

Can a body move on a curved path without having acceleration ?

Position of minimas |intensity distribution curve

For body moving along a curved path, the motion is

Position of a point with respect to a curve