A particle starts moving along a straight line path with a velocity $$10$$ $$ms-1$$. After $$5$$ s, the distance of the particle from the starting point is $$50$$ m. Which of the following statement about the nature of motion of the particle are correct?

Question

Infinity Learn · Accepted Answer

$$u=10ms$$−$$1$$, $$t=5s$$, $$S=50mVav$$.$$=505=10ms$$−$$1The$$ motion may be with constant velocity. If the body moves with constant negative acceleration ,after some time it will come to rest then it will start moving in the opposite directionand at some point its distance will be $$50$$ m from the starting point in a direction opposite to the direction of initial motion .The body may be first accelerated and then retarded.

A particle starts moving along a straight line path with a velocity 10 ms^-1. After 5 s, the distance of the particle from the starting point is 50 m. Which of the following statement about the nature of motion of the particle are correct?

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A particle starts moving along a straight line path with a velocity 10 ms-1. After 5 s, the distance of the particle from the starting point is 50 m. Which of the following statement about the nature of motion of the particle are correct?

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A particle starts moving along a straight line path with a velocity 10 ms^-1. After 5 s, the distance of the particle from the starting point is 50 m. Which of the following statement about the nature of motion of the particle are correct?