The displacement of a particle as a function of time is shown in the figure. The figure shows that

  • A
    The particle starts with certain velocity but the motion is retarded and finally the particle stops
  • B
    The velocity of the particle is constant throughout
  • C
    The acceleration of the particle is constant throughout.
  • D
    The particle starts with constant velocity,then motion is accelerated and finally the particle moves with another constant velocity

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Similar Questions

For the velocity-time graph shown in the figure,what fraction of the total distance covered in all seven seconds is the distance covered by the body in the last two seconds of its motion?

During which time interval is the particle described by these position graphs at rest?

Let us define a motion as $A$ when velocity is positive and increasing,$A^{-1}$ when velocity is negative and increasing,$R$ when velocity is positive and decreasing,and $R^{-1}$ when velocity is negative and decreasing. Now,match the following two columns for the given $s-t$ graph.
Column $I$ Column $II$
$(A)$ $M$ $(p)$ $A^{-1}$
$(B)$ $N$ $(q)$ $R^{-1}$
$(C)$ $P$ $(r)$ $A$
$(D)$ $Q$ $(s)$ $R$

The variation of velocity of a particle moving along a straight line with time is illustrated in the following figure. The distance travelled by the particle in $4 \, s$ is: (in $, m$)

Which one of the following represents the displacement-time graph of two objects $A$ and $B$ moving with zero relative velocity?

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