8) The figure shows the velocity-time graph of a particle which moves along a straight line...

Transcribed Image Text:

8) The figure shows the velocity-time graph of a particle which moves along a straight line from rest to rest in 30 seconds. The parts OA and AB are straight lines and the curve BC is an arc of the circle whose radius is equal to the chord BC. Find: (i) The accelerations during the stages OA and AB, (ii) the greatest and least retardations during the stage BC, (iii) the total distance covered by the particle. Velocity (m s) O(0.0) A(5.15) B(15.20) C(30.0) [] Time (s) (A.E.B.) 8) The figure shows the velocity-time graph of a particle which moves along a straight line from rest to rest in 30 seconds. The parts OA and AB are straight lines and the curve BC is an arc of the circle whose radius is equal to the chord BC. Find: (i) The accelerations during the stages OA and AB, (ii) the greatest and least retardations during the stage BC, (iii) the total distance covered by the particle. Velocity (m s) O(0.0) A(5.15) B(15.20) C(30.0) [] Time (s) (A.E.B.)

Answer rating: 100% (QA)

The image shows a velocitytime graph with three distinct sections labelled OA AB and BC Point O is at 00 point A is at 515 and point B is at 1520 i Th... View the full answer