Loop `A` of radius `rgtgtR` moves toward loop `B` with a constant velocity `V` such a way that their planes are always parallel. What is the distance between the two loops `(x)` when the induced emf in loop `A` is maximum? A. RB. `( R)/(sqrt(2))`C. `(R )/(2)`D. `R(1-(1)/(sqrt(2)))`

Loop `A` of radius `rgtgtR` moves toward loop `B` with a constant velo

1.	Loop `A` of radius `rgtgtR` moves toward loop `B` with a constant velocity `V` such a way that their planes are always parallel. What is the distance between the two loops `(x)` when the induced emf in loop `A` is maximum? A. RB. `( R)/(sqrt(2))`C. `(R )/(2)`D. `R(1-(1)/(sqrt(2)))`
Answer» Correct Answer - C

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Loop `A` of radius `rgtgtR` moves toward loop `B` with a constant velocity `V` such a way that their planes are always parallel. What is the distance between the two loops `(x)` when the induced emf in loop `A` is maximum? A. RB. `( R)/(sqrt(2))`C. `(R )/(2)`D. `R(1-(1)/(sqrt(2)))`

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