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1) Yes, the displacement of a particle depends on the actual path along which the particle move between two points.
2) The acceleration of the body at rest will be 0.
3) A body is said to be at rest if its position doesn’t change with a respected reference point.
4) If the distance time graph of a body is straight line , than it can be understood that the body is moving with a uniform
acceleration.
5) The displacement can never be more than the distance travelled however it can be equal. For example : If the particle is moving in a straight line than the distance and displacement will we same
2) The acceleration of the body at rest will be 0.
3) A body is said to be at rest if its position doesn’t change with a respected reference point.
4) If the distance time graph of a body is straight line , than it can be understood that the body is moving with a uniform
acceleration.
5) The displacement can never be more than the distance travelled however it can be equal. For example : If the particle is moving in a straight line than the distance and displacement will we same
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1. No
2.0 m/s^2
3.When speed is parallel to time a-xis
4.Constant speed / Uniform motion
5. A body is moving from point a to b in a circular path.
2.0 m/s^2
3.When speed is parallel to time a-xis
4.Constant speed / Uniform motion
5. A body is moving from point a to b in a circular path.
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