Consider the situation shown in the figure. If the current `I` in the long straight conducting wire `XY` is increased at a steady rate then the induced `e.m.f`.'s in loop `A` and `B` will be

Consider the situation shown in the figure, If the current I in the long straight conducting wire XY is increased at a steady rate then the induced e.m.f..s in loops A and B wil be

Consider the situation shown in the figure. If the current I in the long straight conducting wire XY is increased at a steady rate then the induced e.m.f..s in loops A and B will be

Consider the situation shown in figure. If the current I in the long straight wire xy is increased at a steady rate the induced current in loop A and B will be

Consider the situation shown in figure. If the current I in the long straight wire xy is increased at a steady rate the induced current in loop A and B will be

A long straight wire carries a current of 10.05 A to the right. A circular loop of wire lies below the long straight wire, as shown in the following figure. The current in the long straight wire decreases to zero in a time of 4.652 s. What direction does the induced current flow around the circular loop of wire?

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

Consider the situation shown in figure. The straight wire is fixed but the loop can move under magnetic force. The loop will

A long straight wire is parallel to one edge of a rectangular loop as shown in figure-5.310. if the current in the long wire varies with time as I=I_(0)e^(-tr) , what will be the induced emf in the loop at t= tau ?