1) A 100F capacitor is in series with 0.15H inductor, a 120 resistor and a 100V...

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1) A 100F capacitor is in series with 0.15H inductor, a 120 resistor and a 100V AC signal with a frequency of 50Hz. R =1292 VR I Vs L = 0.15H V 100V, 50Hz Figure 1 e) Plot the graph power factor vs frequency. C = 100uF Vc Q1. Referring to figure 1 answer all the questions. a) Write the KVL (Kirchoff Voltage Law) equation for the following RLC circuit. b) Calculate the capacitive reactance (Xc) and inductive reactance (XL) in the circuit. c) Determine the impedance (Z). d) Calculate the rms current (Irms) in the circuit. e) Calcul the voltage across the resistor (VR), i ctor (V) an the capacitor (Vc). f) How much power is consumed in the circuit. g) What is resonant frequency of the circuit? Q2. Referring to answer from Q1 develop a RLC Circuit with visual illustration using Matlab code. a) Plot the graph impedance vs frequency. b) Plot the graph current vs voltage. c) Plot the graph inductive reactance (XL) vs frequency. d) Plot the graph capacitive reactance (Xc) vs frequency. 1) A 100F capacitor is in series with 0.15H inductor, a 120 resistor and a 100V AC signal with a frequency of 50Hz. R =1292 VR I Vs L = 0.15H V 100V, 50Hz Figure 1 e) Plot the graph power factor vs frequency. C = 100uF Vc Q1. Referring to figure 1 answer all the questions. a) Write the KVL (Kirchoff Voltage Law) equation for the following RLC circuit. b) Calculate the capacitive reactance (Xc) and inductive reactance (XL) in the circuit. c) Determine the impedance (Z). d) Calculate the rms current (Irms) in the circuit. e) Calcul the voltage across the resistor (VR), i ctor (V) an the capacitor (Vc). f) How much power is consumed in the circuit. g) What is resonant frequency of the circuit? Q2. Referring to answer from Q1 develop a RLC Circuit with visual illustration using Matlab code. a) Plot the graph impedance vs frequency. b) Plot the graph current vs voltage. c) Plot the graph inductive reactance (XL) vs frequency. d) Plot the graph capacitive reactance (Xc) vs frequency.

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Lets go through each question step by step Q1 Referring to figure 1 answer all the questions a Write the KVL Kirchhoff Voltage Law equation for the following RLC circuit KVL states that the sum of all ... View the full answer