For the circuit shown above, I NEED   - The Thevenin’s Equivalent Voltage between Points A and B  The Thevenin’s Equivalent Resistance between Points A and B    please answer the following question with clear explanation, show all the work

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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For the circuit shown above, I NEED  

- The Thevenin’s Equivalent Voltage between Points A and

The Thevenin’s Equivalent Resistance between Points A and B 

 

please answer the following question with clear explanation, show all the work

### Circuit Diagram Explanation

This diagram illustrates a simple electrical circuit containing resistors, voltage sources, and grounding points. Here is a breakdown of the components and layout:

- **Voltage Sources**:
  - **V1**: 18V
  - **V2**: 12V

- **Resistors**:
  - **R1**: 3Ω (Ohms)
  - **R2**: 1kΩ (1000 Ohms)
  - **R3**: 8Ω (Ohms)
  
- **Connections**:
  - The circuit forms a loop where V1 and R1 are in series, followed by R3, and then connected to V2.
  - There is a node at point A where R2 connects vertically down to a ground point at B.

- **Nodes**:
  - **A**: Junction between R1, R2, and R3.
  - **B**: Connection from the bottom of R2 to ground.

### Circuit Analysis
- The circuit is a combination of series and parallel configurations, where R2 is connected in parallel to the loop formed by R1, V1, R3, and V2.
- The ground is used to establish a common return path for electric current.

This configuration highlights the use of resistors to control current flow and voltage distribution in the circuit, making it a useful model for studying basic electrical principles.
Transcribed Image Text:### Circuit Diagram Explanation This diagram illustrates a simple electrical circuit containing resistors, voltage sources, and grounding points. Here is a breakdown of the components and layout: - **Voltage Sources**: - **V1**: 18V - **V2**: 12V - **Resistors**: - **R1**: 3Ω (Ohms) - **R2**: 1kΩ (1000 Ohms) - **R3**: 8Ω (Ohms) - **Connections**: - The circuit forms a loop where V1 and R1 are in series, followed by R3, and then connected to V2. - There is a node at point A where R2 connects vertically down to a ground point at B. - **Nodes**: - **A**: Junction between R1, R2, and R3. - **B**: Connection from the bottom of R2 to ground. ### Circuit Analysis - The circuit is a combination of series and parallel configurations, where R2 is connected in parallel to the loop formed by R1, V1, R3, and V2. - The ground is used to establish a common return path for electric current. This configuration highlights the use of resistors to control current flow and voltage distribution in the circuit, making it a useful model for studying basic electrical principles.
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In this question, we need to determine the thevenin equivalent voltage and resistance across the terminals A and B. 


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