For the circuit in Figure 3, identify and label the nodes. Carry out the nodal analysis,...

  

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For the circuit in Figure 3, identify and label the nodes. Carry out the nodal analysis, that is, formulate network equations using Kirchhoff's current law. Use the circuit relations that were previously derived for the inductors and capacitor. +1 4 Ω 10V 20 mH 2000 µF 3 Ω ww Figure 3: 3.a 5Ω 6Ω www 1000 μF 50 mH HINT: You are allowed to define the necessary additional variables for currents through each node provided that you describe the relation between the different variables assigned correctly. You DON'T need to solve the set of equations. NOTE: You won't be given credit for using Kirchhoff's voltage law in this part. For the circuit in Figure 3, identify and label the nodes. Carry out the nodal analysis, that is, formulate network equations using Kirchhoff's current law. Use the circuit relations that were previously derived for the inductors and capacitor. +1 4 Ω 10V 20 mH 2000 µF 3 Ω ww Figure 3: 3.a 5Ω 6Ω www 1000 μF 50 mH HINT: You are allowed to define the necessary additional variables for currents through each node provided that you describe the relation between the different variables assigned correctly. You DON'T need to solve the set of equations. NOTE: You won't be given credit for using Kirchhoff's voltage law in this part.