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The circuit shown has the following parameters: R= 100 Ohm, L= 12 mH and C= 2 uF. Discrete 10-06 s powergui A Controlled Voltage

The circuit shown has the following parameters: R= 100 Ohm, L= 12 mH and C= 2 uF. Discrete 10-06 s powergui A  Based on the simulation results, does the inductor and capacitor reach steady state before the end of each 

The circuit shown has the following parameters: R= 100 Ohm, L= 12 mH and C= 2 uF. Discrete 10-06 s powergui A Controlled Voltage Source M 25 V (m5 Cycle with 50% Duty) 100 Ohm Voltage Measurement-1 Scope-1 2 UF Voltage Measurement-2 Current Measurement Scope-2 12 mH Scope-3 Based on the simulation results, does the inductor and capacitor reach steady state before the end of each half cycle? If so, verify those steady state inductor current and capacitor voltage by calculating the cpacitor's steady state voltage and the inductor's steady state current by hand.(2)

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