If the sine wave generator for the circuit has a peak-to-peak voltage of 5V. a.) Calculate...

  

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If the sine wave generator for the circuit has a peak-to-peak voltage of 5V. a.) Calculate the voltage across the load and the voltage across the 1000 resistor. What are the RMS values of these voltages? b.) Draw a phasor diagram showing the generator voltage, the load voltage and the current. c.) Using the phasor diagram generated in part b. Determine the power factor of the load. 100 2 220 Ω M 1 nF 1 ΚΩ M elle 0.1 H "LOAD" Figure 2: Circuit Diagram 0.1 HF Q, vars 8 S, VA P, Watts Figure 1: Power Triangle If the sine wave generator for the circuit has a peak-to-peak voltage of 5V. a.) Calculate the voltage across the load and the voltage across the 1000 resistor. What are the RMS values of these voltages? b.) Draw a phasor diagram showing the generator voltage, the load voltage and the current. c.) Using the phasor diagram generated in part b. Determine the power factor of the load. 100 2 220 Ω M 1 nF 1 ΚΩ M elle 0.1 H "LOAD" Figure 2: Circuit Diagram 0.1 HF Q, vars 8 S, VA P, Watts Figure 1: Power Triangle