Determine the node voltages in the following circuit using nodal analysis 20 30 ca ww 20 2 st SA 302 ww 10

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The Unclear number is 2 ohms
**Transcription for Educational Website:**

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**Problem Statement:**
Determine the node voltages in the following circuit using nodal analysis.

**Circuit Diagram Explanation:**

The given circuit consists of the following components:

- A 20V voltage source connected in parallel with a 30Ω resistor at the top.
- Three resistors aligned horizontally in the middle:
  - A 5Ω resistor on the left.
  - A 2Ω resistor next to the 5Ω resistor in the middle.
  - A 3Ω resistor next to the 2Ω resistor on the right.
- An 8A current source is positioned below the middle resistor (2Ω).
- A 1Ω resistor is placed on the far right connected in series with the current source.
- The layout presents a complex circuit where node voltages need to be determined via nodal analysis.

In nodal analysis, apply Kirchhoff's current law (KCL) at each node excluding the reference node, to solve for the unknown voltages at each node.
Transcribed Image Text:**Transcription for Educational Website:** --- **Problem Statement:** Determine the node voltages in the following circuit using nodal analysis. **Circuit Diagram Explanation:** The given circuit consists of the following components: - A 20V voltage source connected in parallel with a 30Ω resistor at the top. - Three resistors aligned horizontally in the middle: - A 5Ω resistor on the left. - A 2Ω resistor next to the 5Ω resistor in the middle. - A 3Ω resistor next to the 2Ω resistor on the right. - An 8A current source is positioned below the middle resistor (2Ω). - A 1Ω resistor is placed on the far right connected in series with the current source. - The layout presents a complex circuit where node voltages need to be determined via nodal analysis. In nodal analysis, apply Kirchhoff's current law (KCL) at each node excluding the reference node, to solve for the unknown voltages at each node.
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