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A 3:00 cm 3.00 cm square Ampèrian loop exists in the xy plane in a region of space with a magnetic field. The magnetic field has a y component that varies along the direction and anx component that varies along the y direction as described by B= (0.160yi -0.160xj) T. Calculate the contribution to the circulation integral due to each segment of the loop, and determine the net current through the loop that must be present. (Assume that the lower left corner of the loop is at the origin of the xy plane. Enter the magnitudes.)
A 3:00 cm 3.00 cm square Ampèrian loop exists in the xy plane in a region of space with a magnetic field. The magnetic field has a y component that varies along the direction and anx component that varies along the y direction as described by = (0.160 -0.160xj) T. Calculate the contribution to the circulation integral due to each segment of the loop, and determine the net current through the loop that must be present. (Assume that the lower left corner of the loop is at the origin of the xy plane. Enter the magnitudes.) Jn-d (top segment) Tim 1-m (right segment) T m (bottom segment) (left segment) T-m