# Nodal Analysis - Circuit with Dependent Voltage Source

Determine the power of each source after solving the circuit by the nodal analysis.

Answers: $P_{I_x}=0.497W, P_{1A}=-1.806W, P_{2A}=4.254W, P_{3V}=-3.87W,$ and $P_{5V}=-3.552W$

Solution

I. Identify all nodes in the circuit.
The circuit has 6 nodes as highlighted below.

# Nodal Analysis - Dependent Voltage Source

Use nodal analysis method to solve the circuit and find the power of the $3\Omega$ - resistor.

Solution

I. Identify all nodes in the circuit.
The circuit has 3 nodes as shown below.

# Nodal Analysis - Dependent Voltage Source (5-Nodes)

Solve the circuit with the nodal analysis and determine $I_x$ .

Solution
1) Identify all nodes in the circuit. Call the number of nodes $N$ .
There are five nodes in the circuit:
Solve the circuit with the nodal analysis and determine $i_x$ and $V_y$ .
1) Identify all nodes in the circuit. Call the number of nodes $N$ .
The circuit has 5 nodes. Therefore, $N=5$ .