(2)
\Step 1:
\Find the Thevinins equivalent Voltage.
\1. Open the load resistor.
\2. Calculate the Open Circuit Voltage. This is the Thevenin Voltage (VTH).
\Redraw the circuit :
\(2)
\Step 1:
\Find the Thevinins equivalent Voltage.
\1. Open the load resistor.
\2. Calculate the Open Circuit Voltage. This is the Thevenin Voltage (VTH).
\Redraw the circuit :
\Apply KVL in loop 1:
\Voltage drop across the resistor :
Step 2: \ \
\Current flowing in the loop is .
Voltage drop across the resistor :
Voltage across the terminal A and B is
\Thevinins equivalent voltage .
Solution :
\Thevinins equivalent voltage .