R 1 = 30 KA RX = 10 KO RTH R 3 = 20 K2 Figure Sa Figure 56 RE BOKO 12 RX = 10 KS RTH F- LOV R3 = 20 KS Figure Ga Figure Ob For the circuit shown in...

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R 1 = 30 KARX = 10 KORTHR 3 = 20 K2Figure SaFigure 56RE BOKO12 RX = 10 KSRTHF- LOVR3 = 20 KSFigure GaFigure ObFor the circuit shown in Figure S a use Therenin's Theorem to calculate the value of RUTH andrecord it in TableFor the circuit shown in Figure Sa use Theveni's Theorem to calculate the values of ETHand the voltages across RI , Re and Re . Then record them in TableThevenin equivalent voltage and resistance in Figure Sa 56 6 a and obRTHVAB = ETHVoltageVoltageVoltageacross RIacross Reacross R 3