A rectangular loop of length L and width W is placed in a uniform magnetic field B with its plane perpendicular to the field (see figure below). Determine the time-averaged induced emf if the loop rotates with constant angular velocity through an angle of 180° around. an axis passing through the loop's center in the following orientations. (Use the following as necessary: B, L, W, and w. Enter the magnitudes.) O OOO O O Axis of rotation A. (a) orientation in figure A 8= (b) orientation in figure B &= OO O WO 0/0 0 O O O O B. Axis of rotation
A rectangular loop of length L and width W is placed in a uniform magnetic field B with its plane perpendicular to the field (see figure below). Determine the time-averaged induced emf if the loop rotates with constant angular velocity through an angle of 180° around. an axis passing through the loop's center in the following orientations. (Use the following as necessary: B, L, W, and w. Enter the magnitudes.) O OOO O O Axis of rotation A. (a) orientation in figure A 8= (b) orientation in figure B &= OO O WO 0/0 0 O O O O B. Axis of rotation
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Transcribed Image Text:A rectangular loop of length L and width W is placed in a uniform magnetic field B with its plane perpendicular to the field (see figure below). Determine the time-averaged induced emf if the loop rotates with constant angular velocity through an angle of 180° around
an axis passing through the loop's center in the following orientations. (Use the following as necessary: B, L, W, and w. Enter the magnitudes.)
O 00 O
WIO OOO O
A.
O O
Axis of rotation
(a) orientation in figure A
E =
(b) orientation in figure B
E =
W
B.
B
O
O
Axis of rotation
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