Two infinitely long solenoids (seen in cross section) pass through a circuit as shown in the figure below, with f-0.460 m. The magnitude of inside each is the same and is increasing at the rate of 105 T/s. What is the current in each resistor? 5.000 resistor 5.000 resistor 3.00 resistor 6.000 XA XA -0.300 m Be 3.00 Wa -0.150 m B 5,000
Two infinitely long solenoids (seen in cross section) pass through a circuit as shown in the figure below, with f-0.460 m. The magnitude of inside each is the same and is increasing at the rate of 105 T/s. What is the current in each resistor? 5.000 resistor 5.000 resistor 3.00 resistor 6.000 XA XA -0.300 m Be 3.00 Wa -0.150 m B 5,000
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
Transcribed Image Text:Two infinitely long solenoids (seen in cross section) pass through a circuit as shown in the figure below, with (-0.460 m. The magnitude of inside each is the same and is increasing at the rate of
105 T/s. What is the current in each resistor?
5.000 resistor
XA
5.000 resistor
XA
3.000 resistor
XA
6.000
-0.100 mi
B
3.00
Wa
-0.150 m
B
5,000
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