I thought that Thevenin equivalence can be obtained if I at first deactivate ideal voltage source (3), simplify new circuit and calculate voltage, at second deactivate ideal current source (5), simplify new circuit and calculate voltage. Then add these two voltages and it will be Thevenin...
Homework Statement
1) Find Norton and Thevenin equivalents.
2) Use a series of Norton-Thevenin and series/parallel transformations to reduce a circuit shown into the single-loop circuit. Then, find current I. (Current I is between two nodes at the botom of (1) circuit!)
Homework Equations...
1. Calculate the work done by 1 mole of ideal gas in expanding adiabatically from V_1 to V_2 (volumes). Make a qualitative figure of pressure changes as a function volume changes p=p(V).
I will be very grateful for solving this problem because I spent so much time on it and I still do not...