B=-Bo X @ y A coil of 15 turns, each of radius 1 centimeter, is rotating at a constant angular velocity @ = 300 radians per second in a uniform magnetic field of 0.5 tesla, as shown in the figure above. Assume at time t = 0 that the normal n to the coil plane is along the y-direction and that the self- inductance of the coil can be neglected. If the coil resistance is 9 ohms, what will be the magnitude of the induced current in milliamperes?
B=-Bo X @ y A coil of 15 turns, each of radius 1 centimeter, is rotating at a constant angular velocity @ = 300 radians per second in a uniform magnetic field of 0.5 tesla, as shown in the figure above. Assume at time t = 0 that the normal n to the coil plane is along the y-direction and that the self- inductance of the coil can be neglected. If the coil resistance is 9 ohms, what will be the magnitude of the induced current in milliamperes?
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Transcribed Image Text:B=-Bo
X
@
y
A coil of 15 turns, each of radius 1 centimeter,
is rotating at a constant angular velocity @ = 300
radians per second in a uniform magnetic field of
0.5 tesla, as shown in the figure above. Assume
at time t = 0 that the normal n to the coil plane
is along the y-direction and that the self-
inductance of the coil can be neglected. If the coil
resistance is 9 ohms, what will be the magnitude
of the induced current in milliamperes?
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