Graph of displacement v/s time is given below Its corresponding velocity-time graph will be

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2.Motion in Straight Line

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The graph of displacement v/s time is given below Its corresponding velocity-time graph will be

Solution

(a)We know that the velocity of body is given by the slope of displacement -time graph. So it is clear that initially slope of the graph is positive and after some time it becomes zero (corresponding to the peak of graph) and then it will becomes negative.

Standard 11

Physics

The position of a particle moving along $x$-axis is given by $x=10 t-2 t^2$. Then the time $(t)$ at which it will momently come to rest is ………. $s$

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Which one of the following graph for a body moving along a straight line is possible?

easy

Which of the following velocity-time graphs is physically not possible?

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The figure shows a velocity-time graph of a particle moving along a straight line The correct displacement-time graph of the particle is shown as

hard

Among the four graph shown in the figure there is only one graph for which average velocity over the time interval $(0, T)$ can vanish for a suitably chosen $T$. Which one is it?

hard

The graph of displacement v/s time is given below Its corresponding velocity-time graph will be

Solution

Similar Questions

The position of a particle moving along $x$-axis is given by $x=10 t-2 t^2$. Then the time $(t)$ at which it will momently come to rest is ………. $s$

Which one of the following graph for a body moving along a straight line is possible?

Which of the following velocity-time graphs is physically not possible?

The figure shows a velocity-time graph of a particle moving along a straight line The correct displacement-time graph of the particle is shown as

Among the four graph shown in the figure there is only one graph for which average velocity over the time interval $(0, T)$ can vanish for a suitably chosen $T$. Which one is it?

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