A conducting bar of length L=80 cm is rotated on a conducting circular platform as shown in the figure. 50 k2-resistor and 40 µF capacitor are attached on the platform and an outward uniform magnetic field of magnitude 12 mT is applied to the medium. If the bar rotates with a constant angular speed of w=5 rad/s, what is the instantaneous charge on the capacitor after 0.5 s from the beginning of the motion if it is uncharged initially? L=80 ch www R=50 kM C=40 µF w=5 rad's B=12 mT BC
A conducting bar of length L=80 cm is rotated on a conducting circular platform as shown in the figure. 50 k2-resistor and 40 µF capacitor are attached on the platform and an outward uniform magnetic field of magnitude 12 mT is applied to the medium. If the bar rotates with a constant angular speed of w=5 rad/s, what is the instantaneous charge on the capacitor after 0.5 s from the beginning of the motion if it is uncharged initially? L=80 ch www R=50 kM C=40 µF w=5 rad's B=12 mT BC
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Transcribed Image Text:A conducting bar of length L=80 cm is rotated on a conducting circular platform as shown in the
figure. 50 k2-resistor and 40 µF capacitor are attached on the platform and an outward uniform
magnetic field of magnitude 12 mT is applied to the medium. If the bar rotates with a constant angular
speed of w=5 rad/s, what is the instantaneous charge on the capacitor after 0.5 s from the beginning
of the motion if it is uncharged initially?
L=80 ch
www
R=50 kM
C=40 µF
w=5 rad's
B=12 mT
BC
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