A particle moves along a circle of radius R. it starts from A and moves in anticlockwise direction. calculate the distance traveled by the particle 'a' from A to B 'b' from A to C 'c' form A to D 'd'. In one complete revolution also calculate the magnitude of displacement in each case?
Answers
Answered by
12
Answer:
distance will be 2pi r and displacement will be zero
Explanation:
- displacement will be zero because after traveling it again comes back to its initial position and distance will be 2 pi r because in dist. it covers the boundary of circle which is equal to its circumference... hope you understand.
Answered by
19
Explanation:
the explanation is given above , hope u understood it. Btw don't forget to press the like button
Attachments:
Similar questions