a cylindrical solenoid with radius 1.00 cm and length 10.0 cm consists of 200 windings of awg 20 copper wire, which has a resistance per length of 0.0333 ω/m. this solenoid is connected in series with a 10.0 μf capacitor, which is initially uncharged. a magnetic field directed along the axis of the solenoid with strength 0.280 t is switched on abruptly. energy stored in capacitor at t = 0 is 88.4j and the frequency the current oscillates is 4005hz. How long does it take for the total energy stored in the circuit to drop to 10% of that value?
a cylindrical solenoid with radius 1.00 cm and length 10.0 cm consists of 200 windings of awg 20 copper wire, which has a resistance per length of 0.0333 ω/m. this solenoid is connected in series with a 10.0 μf capacitor, which is initially uncharged. a magnetic field directed along the axis of the solenoid with strength 0.280 t is switched on abruptly. energy stored in capacitor at t = 0 is 88.4j and the frequency the current oscillates is 4005hz. How long does it take for the total energy stored in the circuit to drop to 10% of that value?
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a cylindrical solenoid with radius 1.00 cm and length 10.0 cm consists of 200 windings of awg 20 copper wire, which has a resistance per length of 0.0333 ω/m. this solenoid is connected in series with a 10.0 μf capacitor, which is initially uncharged. a magnetic field directed along the axis of the solenoid with strength 0.280 t is switched on abruptly. energy stored in capacitor at t = 0 is 88.4j and the frequency the current oscillates is 4005hz. How long does it take for the total energy stored in the circuit to drop to 10% of that value?
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