Refer to the AC circuit shown next in Fig. 3, Use Simulink and basic voltage-current relationships...

 

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Refer to the AC circuit shown next in Fig. 3, Use Simulink and basic voltage-current relationships across each component and run your simulation only for 100 mS to: i(t) V(t) 100 V t (ms) 6 25 5. 7.5 10 -100 V 10 mH Figure 3 a) Display the waveform of the current i(t) 100 uF 5 ohm b) Caculate the total active/real power delivered by the voltage V(t). You are not allowed to use the active and reactive power meter of Simulink. You must build your own power meter. Indicate clearly the content of each used simulink block Simulink Diagram and block details: Refer to the AC circuit shown next in Fig. 3, Use Simulink and basic voltage-current relationships across each component and run your simulation only for 100 mS to: i(t) V(t) 100 V t (ms) 6 25 5. 7.5 10 -100 V 10 mH Figure 3 a) Display the waveform of the current i(t) 100 uF 5 ohm b) Caculate the total active/real power delivered by the voltage V(t). You are not allowed to use the active and reactive power meter of Simulink. You must build your own power meter. Indicate clearly the content of each used simulink block Simulink Diagram and block details:

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