FIND  The Thevenin’s Equivalent Resistance between Points A and B. What should be the actual value of R6 for Maximum Transfer of Power.   please answer the following question with clear explanation, show all the work

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FIND 

The Thevenin’s Equivalent Resistance between Points A and B.

What should be the actual value of R6 for Maximum Transfer of Power.

 

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

The image depicts an electrical circuit diagram containing a battery and several resistors. 

1. **Components in Series and Parallel:**
   - A voltage source (V1) providing 20 volts.
   - Resistor R1 with a resistance of 20 ohms.
   - Resistor R2 with a resistance of 12 ohms.
   - Resistor R3 with a resistance of 2 ohms.

2. **Parallel Connections:**
   - Resistor R4 with a resistance of 5 ohms is connected in parallel with R1.
   - Resistor R5 with a resistance of 16 ohms is connected in parallel with the series combination of R2 and R3.

3. **Additional Components:**
   - Resistor R6 with a resistance of 16 ohms connected in a branch leading to points A and B.

The circuit is configured to show both series and parallel combinations of resistors. The current flows from the battery through R1, and then splits at multiple nodes due to the parallel configurations before reconnecting to complete the loop. This arrangement is useful for educational purposes to demonstrate the principles of series and parallel circuits, as well as the calculation of equivalent resistance.
Transcribed Image Text:The image depicts an electrical circuit diagram containing a battery and several resistors. 1. **Components in Series and Parallel:** - A voltage source (V1) providing 20 volts. - Resistor R1 with a resistance of 20 ohms. - Resistor R2 with a resistance of 12 ohms. - Resistor R3 with a resistance of 2 ohms. 2. **Parallel Connections:** - Resistor R4 with a resistance of 5 ohms is connected in parallel with R1. - Resistor R5 with a resistance of 16 ohms is connected in parallel with the series combination of R2 and R3. 3. **Additional Components:** - Resistor R6 with a resistance of 16 ohms connected in a branch leading to points A and B. The circuit is configured to show both series and parallel combinations of resistors. The current flows from the battery through R1, and then splits at multiple nodes due to the parallel configurations before reconnecting to complete the loop. This arrangement is useful for educational purposes to demonstrate the principles of series and parallel circuits, as well as the calculation of equivalent resistance.
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