In the figure above, the xy dashed line represents a border between the two magnetic field regions. On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on the right of the border, another uniform field points out of the plane with a magnitude of 2B. A rectangular loop enters the region with a constant velocity , as shown. The induced current in the loop is I, when the loop is at the position i; and it is I, when the loop is at the position / (See figure). Which of the followings is correct regarding the induced currents? A) I, flows counterclockwise; 1; flows clockwise; 141 = 1/3 B) 4 flows counterclockwise; 1; flows clockwise; 141 = 1;|/2 C) I, flows counterclockwise; 1; flows clockwise; 141 = 2|1,1/3 D) I, flows clockwise; I, flows counterclockwise; 141 = 2|1,1/3 E) I, flows clockwise; 1; flows counterclockwise; 141 = 1/2

In the figure above, the xy dashed line represents a border between the two magnetic field regions. On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on the right of the border, another uniform field points out of the plane with a magnitude of 2B. A rectangular loop enters the region with a constant velocity , as shown. The induced current in the loop is I, when the loop is at the position i; and it is I, when the loop is at the position / (See figure). Which of the followings is correct regarding the induced currents? A) I, flows counterclockwise; 1; flows clockwise; 141 = 1/3 B) 4 flows counterclockwise; 1; flows clockwise; 141 = 1;|/2 C) I, flows counterclockwise; 1; flows clockwise; 141 = 2|1,1/3 D) I, flows clockwise; I, flows counterclockwise; 141 = 2|1,1/3 E) I, flows clockwise; 1; flows counterclockwise; 141 = 1/2