# Node voltage method (steps 1 to 4) | Circuit analysis | Electrical engineering | Khan Academy | Summary and Q&A

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May 25, 2016
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Khan Academy
Node voltage method (steps 1 to 4) | Circuit analysis | Electrical engineering | Khan Academy

## TL;DR

The Node Voltage Method is a powerful technique to analyze circuits by using node voltages, which are measured between nodes and a reference node.

## Questions & Answers

### Q: What is the Node Voltage Method?

The Node Voltage Method is a technique used to analyze circuits by using node voltages. It involves selecting a reference node, naming the node voltages, solving the easy nodes, writing Kirchoff's Current Law equations, and solving the equations.

### Q: How are node voltages measured?

Node voltages are measured between nodes and a reference node. They represent the voltage at a specific node with respect to the reference node.

### Q: How do you solve for easy nodes in the Node Voltage Method?

Easy nodes are the ones directly connected to a source that goes to the reference node. To solve for easy nodes, you can inspect the circuit and determine the voltage by inspection.

### Q: How are Kirchoff's Current Law (KCL) equations written in the Node Voltage Method?

In the Node Voltage Method, KCL equations are written directly from the circuit. The currents flowing into a node are summed up, with negative signs for currents flowing out of the node.

## Summary & Key Takeaways

• The Node Voltage Method is used to analyze circuits by using node voltages.

• Node voltages are measured between nodes and a reference node.

• The method involves selecting a reference node, naming the node voltages, solving the easy nodes, writing Kirchoff's Current Law equations, and solving the equations.

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