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4. Use Network Analysis techniques to find the values of Vand i for each component in the circuit shown below (Don't forget the voltage

Use Network Analysis techniques to find the values of Vand i for each component in the circuit shown below (Dont forget the voltage source). Calculate the power for each element and verify that the powers add up to zero (power created is negative, while power consumed is positive). Present your results in a table. (You can see my full posted solution to SG Problem 4-3 as reference on how to build this table.) 4. R1 = 10? R2 = 20 ? R4 = 10? R7 = 20 ? Ra=25 ? R5 = 20 ? R6 = 20 ? =100 V

4. Use Network Analysis techniques to find the values of Vand i for each component in the circuit shown below (Don't forget the voltage source). Calculate the power for each element and verify that the powers add up to zero (power created is negative, while power consumed is positive). Present your results in a table. (You can see my full posted solution to SG Problem 4-3 as reference on how to build this table.) R = 100 www R = 100 A R = 20 02 R = 20 02 R = 2002 www R = 2002 mm. R = 50 Rg = 25 Q2 Vx= 100 V

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