5. Write the cquation of node 1 in the circuit shown below , applying KCL . 80 30 g 2 6. (practical part) : Write the steps to find Ryy and Eyy ( thevenin’s theorem ) with simple example. 5. Write the...

5. Write the cquation of node 1 in the circuit shown below , applying KCL . 80 30 g 2 6. (practical part) : Write the steps to find Ryy and Eyy ( thevenin’s theorem ) with simple example.


Extracted text: 5. Write the equation of node 1 in the circuit shown below , applying KCL. 2A 42 1 2 12 V 62 6. (practical part): Write the steps to find RTH and ETH ( thevenin's theorem) with simple example.