Consider the circuit below. Assuming the switch has remained in the down position for a long...

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Consider the circuit below. Assuming the switch has remained in the "down" position for a long time, the magnitude of the currents through the capacitor and inductor immediately after the switch contacts the upper resistor are: 5V -M 12 5V M 5Ω a. capacitor current = 1 A, inductor current = 0 A b. capacitor current = 1 A, inductor current = 4 A c. capacitor current = 4 A, inductor current = 1 A d. capacitor current = 0 A, inductor current = 0 A C L Consider the circuit below. Assuming the switch has remained in the "down" position for a long time, the magnitude of the currents through the capacitor and inductor immediately after the switch contacts the upper resistor are: 5V -M 12 5V M 5Ω a. capacitor current = 1 A, inductor current = 0 A b. capacitor current = 1 A, inductor current = 4 A c. capacitor current = 4 A, inductor current = 1 A d. capacitor current = 0 A, inductor current = 0 A C L

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Lets plot these transient responses assuming typical time constants for the RC and RL c... View the full answer