D. Refer to Figure 4. The source voltage is vs(t) = 500 cos(377t +30°) V, and the passive components have the following

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answerhappygod
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D. Refer to Figure 4. The source voltage is vs(t) = 500 cos(377t +30°) V, and the passive components have the following

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D Refer To Figure 4 The Source Voltage Is Vs T 500 Cos 377t 30 V And The Passive Components Have The Following 1
D Refer To Figure 4 The Source Voltage Is Vs T 500 Cos 377t 30 V And The Passive Components Have The Following 1 (166.15 KiB) Viewed 36 times
D Refer To Figure 4 The Source Voltage Is Vs T 500 Cos 377t 30 V And The Passive Components Have The Following 2
D Refer To Figure 4 The Source Voltage Is Vs T 500 Cos 377t 30 V And The Passive Components Have The Following 2 (143.22 KiB) Viewed 36 times
D. Refer to Figure 4. The source voltage is vs(t) = 500 cos(377t +30°) V, and the passive components have the following values: R = 6 Q, L = 11 mH, C = 110 µF. 15. Determine the peak value of the voltage across the capacitor vc. 16. Determine the rms value of the current is. 17. Determine the frequency of the instantaneous power absorbed by the resistor. 18. Determine the reactive power delivered by the source. 19. Determine the real power delivered by the source. 20. Determine the power factor at which the source operates. 21. Determine the reactive power absorbed by the capacitor.
Vs is ww R + VL L C + Vc
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