1. Using any circuit analysis technique, determine the voltage V1 and current i1 in the circuit
2. Determine the Thevenin equivalents of the following circuit.
3. Determine the potential voltage at Node A
4. Determine the Thevenin equivalent of the circuit with respect to the two terminals A and B. Determine the load resistance, which would absorb the maximum power when connected to A and B. Calculate the maximum power.
5. Using nodal, mesh, branch current or any other circuit analysis techniques, derive a set of equations (DO NOT SOLVE THEM) which can be used to determine the current of i and the voltage of v in the circuit shown.
6. For the circuit shown, (a) Determine its Norton’s equivalent circuit with respect to terminals A and B, and (b) Determine the maximum power that can be obtained from terminals A and B.
7. Determine the Thevenin equivalent of the circuit shown.
8. Determine the Thevenin equivalent of the following circuit.
9. Using mesh, nodal, branch current, superposition or any other circuit analysis technique, derive a set of equations (DO NOT SOLVE THEM) that can be used to find the current i of the circuit.
