At t=0, a particle starts from (−1,0) and moves towards positive x−axis with speed of v=3t2+2t m/s. The final position of the particle and the distance travelled by the particle respectively, as a function of time are

At t=0, a particle starts from (−1,0) and moves towards positive x�

1.	At t=0, a particle starts from (−1,0) and moves towards positive x−axis with speed of v=3t2+2t m/s. The final position of the particle and the distance travelled by the particle respectively, as a function of time are
Answer» At $t = 0$ , a particle starts from $(- 1, 0)$ and moves towards positive $x -$ axis with speed of $v = 3 t^{2} + 2 t m/s$ . The final position of the particle and the distance travelled by the particle respectively, as a function of time are

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At t=0, a particle starts from (−1,0) and moves towards positive x−axis with speed of v=3t2+2t m/s. The final position of the particle and the distance travelled by the particle respectively, as a function of time are

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