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Hi guys, I'm stuck with determining how will I solve this circuit using Thevenin's and Norton's Theorem.
Given Problem: From the circuit (which is in the image), find the voltage across a 6ohm resistor using Thevenin's Theorem and Norton's Theorem.
The attempt at a solution
Using KVL on the four loops, I will get:
7I_{a}  6I_{b} = 12  Equation 1
13I_{b}  3I_{c} = 3  Equation 2
15I_{c} + 7I_{d} = 3  Equation 3
7I_{c}  9I_{d} = 9  Equation 4
and here I don't know what's next.
Our professor gave this problem without teaching the principles of Thevenin and Norton's Theorem. So a short discussion while solving the problem is much appreciated. Thank you. ^^
Given Problem: From the circuit (which is in the image), find the voltage across a 6ohm resistor using Thevenin's Theorem and Norton's Theorem.
The attempt at a solution
Using KVL on the four loops, I will get:
7I_{a}  6I_{b} = 12  Equation 1
13I_{b}  3I_{c} = 3  Equation 2
15I_{c} + 7I_{d} = 3  Equation 3
7I_{c}  9I_{d} = 9  Equation 4
and here I don't know what's next.
Our professor gave this problem without teaching the principles of Thevenin and Norton's Theorem. So a short discussion while solving the problem is much appreciated. Thank you. ^^
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