A rectangulare loop of length l and breadth b is placed at distance of x from infinitely long wire carrying current I such that the direction of current is parallel to breadth. If the loop moves away from the current wire in a direction perpendicular to it with a velocity v, then magnitude of the emf in the loop is (`mu_(0)`= permeability of free space)

Options

A. `(m_(0)iv)/(2pi x)((l+b)/(b))`
B. `(m_(0)iv)/(2pi^(2) x)log((b)/(l))`
C. `(m_(0)ilbv)/(2pi x(1+x))`
D. `(m_(0)ilbv)/(2pi)log((x+l)/(x))`