For the velocity-time graph shown in the figure,in a time interval from $t=0$ to $t=6\,s$,match the following columns.
Column $I$ Column $II$
$(A)$ Change in velocity $(p)$ $-5/3\,SI \text{ unit}$
$(B)$ Average acceleration $(q)$ $-20\,SI \text{ unit}$
$(C)$ Total displacement $(r)$ $-10\,SI \text{ unit}$
$(D)$ Acceleration at $t=3\,s$ $(s)$ $-5\,SI \text{ unit}$

  • A
    $(A \rightarrow r, B \rightarrow p, C \rightarrow r, D \rightarrow s)$
  • B
    $(A \rightarrow p, B \rightarrow r, C \rightarrow r, D \rightarrow s)$
  • C
    $(A \rightarrow r, B \rightarrow r, C \rightarrow p, D \rightarrow s)$
  • D
    $(A \rightarrow p, B \rightarrow p, C \rightarrow r, D \rightarrow s)$

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Similar Questions

Fill in the blanks:
$(a)$ If the distance covered by a particle is zero,then its displacement is ....... .
$(b)$ For an object moving with uniform acceleration $a$,the change in velocity during a time interval $\Delta t$ is ......... .
$(c)$ The time rate of change of position of an object is called .......... .

The relation between time $t$ and distance $x$ is given by $t = \alpha x^2 + \beta x$,where $\alpha$ and $\beta$ are constants. The retardation of the particle is:

For a particle showing motion under the force $F = -5(x - 2)^2$,the motion is .......

Choose the correct statement.

$A$ particle moves along a straight line such that its retardation is proportional to its displacement. The loss in its kinetic energy for any displacement $x$ is proportional to:

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