For the circuit in Figure 1, and the 0.52 resistor represents the resistance of the inductor....

 

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For the circuit in Figure 1, and the 0.52 resistor represents the resistance of the inductor. a. Compute i(t) for t>0. b. Write MATLAB code to sketch i(t) for t>0. c. Use Simulink to sketch i(t) and capacitor voltage waveform for t>0. 0.5 2 1 mH 100/6 mF i(t) Vs= (200 cos 10000t)u,(t) V Figure 1 For the circuit in Figure 1, and the 0.52 resistor represents the resistance of the inductor. a. Compute i(t) for t>0. b. Write MATLAB code to sketch i(t) for t>0. c. Use Simulink to sketch i(t) and capacitor voltage waveform for t>0. 0.5 2 1 mH 100/6 mF i(t) Vs= (200 cos 10000t)u,(t) V Figure 1

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