For the given schematic, utilize the node-voltage method. There are two independent sources, one dependent source, and two 3W rated resistors. c. Solve for the unknown node voltages. d. Which of the resistors exceed their power rating? 4A652 бл. 3V +- >2U₁

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For the given schematic, utilize the node-voltage method. There are two independent sources, one dependent source, and two 3W rated resistors.

c. Solve for the unknown node voltages.
d. Which of the resistors exceed their power rating?

### Circuit Diagram Description

- **Independent Sources**: 
  - A current source supplying 4A.
  - A voltage source providing 3V.

- **Dependent Source**:
  - A current source labeled as 2V₁, where V₁ represents the voltage across the 6Ω resistor.

- **Resistors**:
  - A 6Ω resistor connected in parallel with the 4A source and the dependent source.
  - An 8Ω resistor in parallel with the 3V voltage source and the dependent source.

- **Node Voltage**:
  - The node voltage V₁ is identified across the 6Ω resistor.

### Problem Statements

c. **Solve for the Unknown Node Voltages**:
   - Use the node-voltage method to find the voltage at the node labeled V₁.

d. **Which of the Resistors Exceed Their Power Rating?**:
   - Determine if the power dissipated by any of the resistors is greater than their rated 3W. This involves calculating the power using the formula P = I²R or P = V²/R for each resistor.
Transcribed Image Text:For the given schematic, utilize the node-voltage method. There are two independent sources, one dependent source, and two 3W rated resistors. c. Solve for the unknown node voltages. d. Which of the resistors exceed their power rating? ### Circuit Diagram Description - **Independent Sources**: - A current source supplying 4A. - A voltage source providing 3V. - **Dependent Source**: - A current source labeled as 2V₁, where V₁ represents the voltage across the 6Ω resistor. - **Resistors**: - A 6Ω resistor connected in parallel with the 4A source and the dependent source. - An 8Ω resistor in parallel with the 3V voltage source and the dependent source. - **Node Voltage**: - The node voltage V₁ is identified across the 6Ω resistor. ### Problem Statements c. **Solve for the Unknown Node Voltages**: - Use the node-voltage method to find the voltage at the node labeled V₁. d. **Which of the Resistors Exceed Their Power Rating?**: - Determine if the power dissipated by any of the resistors is greater than their rated 3W. This involves calculating the power using the formula P = I²R or P = V²/R for each resistor.
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