Hi
This is not really a homework. I'm trying to grasp fully the Thévenin theorem.
I will give you an exercise that I managed resolved almost fully, with 3 doubts.
I attached 3 files HERE: the solution provided by the site (from Austin - Texas);
the part one of my solution for Rth (with one doubt highlighted in red); and the other part two of my solution with mesh analysis... (they used the nodal analysis).
The exercise is in the PART ONE of my solution (file name: exercise2_1part.jpg), there I have one doubt concerning the reason of taking off the resistor 5ohms...
The part two is just to show and confirm if the mesh analysis is correct. I'm pretty sure it is . (file name: exercise2_2part.jpg )
And for final, see the solution they provided... I also have two doubts highlighted... where it comes the Ib = Vb - 1.6?? And
why in the final they subtract the Ve ?? See Ve = 1.61 - 1.01
PS I used the comma as decimal point.
This is not really a homework. I'm trying to grasp fully the Thévenin theorem.
I will give you an exercise that I managed resolved almost fully, with 3 doubts.
I attached 3 files HERE: the solution provided by the site (from Austin - Texas);
the part one of my solution for Rth (with one doubt highlighted in red); and the other part two of my solution with mesh analysis... (they used the nodal analysis).
The exercise is in the PART ONE of my solution (file name: exercise2_1part.jpg), there I have one doubt concerning the reason of taking off the resistor 5ohms...
The part two is just to show and confirm if the mesh analysis is correct. I'm pretty sure it is . (file name: exercise2_2part.jpg )
And for final, see the solution they provided... I also have two doubts highlighted... where it comes the Ib = Vb - 1.6?? And
why in the final they subtract the Ve ?? See Ve = 1.61 - 1.01
PS I used the comma as decimal point.
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