A point object is placed infront of a plane mirror as shown in figure. X_(OM) rArr x - co-ordinate of object relative to mirrorX_(IM) rArr x -x-co-ordinate of image relative to mirrorX_(IM) = -X_(OM)differentiating V_(IM) = 0-V_(OM)V_I - V_M = - (V_0 - V_M) Velocity if image relative to mirror = velocity of object relative to mirror. basing on this information answer the questions Two bodies A and B are moving towards a plane mirror with speeds V_A and V_B respectively as shown in fig. The speed of image of A with respect to the body B is

A point object is placed infront of a plane mirror as shown in figure.

1.	A point object is placed infront of a plane mirror as shown in figure. X_(OM) rArr x - co-ordinate of object relative to mirrorX_(IM) rArr x -x-co-ordinate of image relative to mirrorX_(IM) = -X_(OM)differentiating V_(IM) = 0-V_(OM)V_I - V_M = - (V_0 - V_M) Velocity if image relative to mirror = velocity of object relative to mirror. basing on this information answer the questions Two bodies A and B are moving towards a plane mirror with speeds V_A and V_B respectively as shown in fig. The speed of image of A with respect to the body B is
Answer» `V_A + V_B` `V_A -V_B ` `SQRT(V_A^2 + V_B^2)` `sqrt(V_A^2 - V_B^2)` ANSWER :A

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