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In this chapter, we will cover the following:
1. Parallel Circuit Definition
2. Voltage in Parallel Circuit
3. Current in Parallel Circuit
4. Resistance in Parallel Circuit
5. Designing Parallel Circuits
6. Designing Parallel Circuits to Specification
7. Sources in Parallel
8. Current Divider
9. Power Dissipation
10. Differences Between Series and Parallel Circuits
It is imperative that you have a working knowledge of series circuits. If you haven't done so, go over Chapter 3 to learn about series circuits.
1. Parallel Circuit Definition
2. Voltage in Parallel Circuit
3. Current in Parallel Circuit
4. Resistance in Parallel Circuit
5. Designing Parallel Circuits
6. Designing Parallel Circuits to Specification
7. Sources in Parallel
8. Current Divider
9. Power Dissipation
10. Differences Between Series and Parallel Circuits
It is imperative that you have a working knowledge of series circuits. If you haven't done so, go over Chapter 3 to learn about series circuits.
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Signing UpStep 1What Makes A Parallel Circuit?
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Batteries are voltage sources ( with an internal resistance ) In the case of your circuit the current is 12 micro amps. With one battery or a million ( current the same to a few pico amps ). Please recheck this section, I think you will see your error.
thanks for pointing that out. I uploaded the corrected figure.
elektrobot :)
I apologize for not adding much to this material this month. I have been lazy lately. I'm also stressing on finding the perfect apartment for myself and my cat (her name is mouse). Budget and perfect apartment is not an easy task.
Anyway, I will try and add to this section this coming March. Have a nice day!
elektobot