A real object is placed in front of a convex mirror (fixed). The object is moving toward the mirror. If $v_{0}$ is the speed of object and $v_{i}$ is the speed of image, then

v_{i} < v_{0}

always

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v_{i} > v_{0}

always

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v_{i} > v_{0}

initially and then

v_{0} > v_{i}

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v_{i} < v_{0}

initially and then

v_{i} > v_{0}

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Solution

The correct option is A $v_{i} < v_{0}$ always
As object moves from infinity to the pole of convex mirror, image moves from focus to pole. So, $v_{i} < v_{0}$ , always.

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