(B) The displacement of an object is given by the area under the $v-t$ graph.$s = \text{Area under } v-t \text{ graph}$In the given graph, the area un

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uniform acceleration is less than that during uniform motion

(B) The displacement of an object is given by the area under the $v-t$ graph.$s = \text{Area under } v-t \text{ graph}$In the given graph, the area under the uniform motion part (a rectangle) is greater than the area under the uniform acceleration part (a trapezoid) for the same time interval.Therefore, the displacement during uniform acceleration is less than that during uniform motion.

Class 11 Physics Motion in Straight Line Instantaneous Velocity and Speed and Velocity-time Graph

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For a body moving along a straight line, the following $v-t$ graph is obtained. According to the graph, the displacement during

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A
uniform acceleration is greater than that during uniform motion
B
uniform acceleration is less than that during uniform motion
C
uniform acceleration is equal to that during uniform motion
D
uniform motion is zero

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Motion in Straight Line

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Instantaneous Velocity and Speed and Velocity-time Graph

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$A$ train moves from one station to another in $2$ hours. Its speed-time graph during this motion is shown in the figure. The maximum acceleration during the journey is ............. $km\, h^{-2}$.

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

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$A$ particle moves along the $x$-axis in such a way that its $x$-coordinate varies with time according to the equation $x = 4 - 2t + t^2$. The velocity of the particle will vary with time as:

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Which of the following position-time $(s-t)$ graphs represents uniform acceleration?

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An object at rest at the origin begins to move in the $+x$-direction with a uniform acceleration of $1 \, m/s^2$ for $4 \, s$ and then it continues moving with a uniform velocity of $4 \, m/s$ in the same direction. The $x-t$ graph for the object's motion will be:

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For a body moving along a straight line, the following $v-t$ graph is obtained. According to the graph, the displacement during

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$A$ train moves from one station to another in $2$ hours. Its speed-time graph during this motion is shown in the figure. The maximum acceleration during the journey is ............. $km\, h^{-2}$.

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

$A$ particle moves along the $x$-axis in such a way that its $x$-coordinate varies with time according to the equation $x = 4 - 2t + t^2$. The velocity of the particle will vary with time as:

Which of the following position-time $(s-t)$ graphs represents uniform acceleration?

An object at rest at the origin begins to move in the $+x$-direction with a uniform acceleration of $1 \, m/s^2$ for $4 \, s$ and then it continues moving with a uniform velocity of $4 \, m/s$ in the same direction. The $x-t$ graph for the object's motion will be:

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