A closed curve encircles several conductors. The line integral OB.dL is 3.83x10 4 T.m around this curve (a) What is the net current in the conductors? (b) If you were to integrate around the curve in the opposite direction, what would be the value of the line integral? Select one: O lenci = 305 A, 0.0 T.m %3D O lenci = 502 A, -3.83 x 104 T.m %3D O lenci = 502 A, -7.66 x 104 T.m %3D lencl = 600 A, -7.66 x 10-4T.m %3D O lencl = 305 A, -3.83 x 10-4 T.m %3D D lencl = 502 A, 0.0 T.m
A closed curve encircles several conductors. The line integral OB.dL is 3.83x10 4 T.m around this curve (a) What is the net current in the conductors? (b) If you were to integrate around the curve in the opposite direction, what would be the value of the line integral? Select one: O lenci = 305 A, 0.0 T.m %3D O lenci = 502 A, -3.83 x 104 T.m %3D O lenci = 502 A, -7.66 x 104 T.m %3D lencl = 600 A, -7.66 x 10-4T.m %3D O lencl = 305 A, -3.83 x 10-4 T.m %3D D lencl = 502 A, 0.0 T.m
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Transcribed Image Text:A closed curve encircles several conductors. The line integral PB.dL around this curve
is 3,83x104 T.m
(a) What is the net current in the conductors?
(b) If you were to integrate around the curve in the opposite direction, what would be
the value of the line integral?
Select one:
lenci=D
305 A, 0.0 T.m
lencl = 502 A, -3.83 x 10 4T.m
lenci = 502 A, -7.66 x 104 T.m
lencl = 600 A, -7.66 x 104T.m
lencl = 305 A, -3.83 x 10 4 T.m
lencl =
502 A, 0.0 T.m
%3D
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