Figure shows the displacement-time graphs (a) and (b) for a body moving in a straight path drawn on the same scales. Then the velocity in case of (b) is

more than the velocity in case of (a)

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less than the velocity in case of (a)

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equal to the velocity in case of (a)

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square of the velocity in case of (a)

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Solution

The correct option is C less than the velocity in case of (a)
The slope of displacement-time curve gives us velocity. Larger the slope, higher will be velocity and vice versa.
As slope of (b) is less than slope of (a), velocity of (b) is less than that of (a).

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Figure shows the displacement-time graphs (a) and (b) for a body moving in a straight path drawn on the same scales. Then the velocity in case of (b) is

The correct option is C less than the velocity in case of (a)The slope of displacement-time curve gives us velocity. Larger the slope, higher will be velocity and vice versa.As slope of (b) is less than slope of (a), velocity of (b) is less than that of (a).

The correct option is C less than the velocity in case of (a)
The slope of displacement-time curve gives us velocity. Larger the slope, higher will be velocity and vice versa.
As slope of (b) is less than slope of (a), velocity of (b) is less than that of (a).