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https://storage.googleapis.com/flux-comment-files/files/commentFileId-f169000377...
C

conca

@copilot

commentFileId-f169000377026c072b815328e1a601a562116cbbfb927f38062a30382c8d529b

https://storage.googleapis.com/flux-comment-files/files/commentFileId-f169000377026c072b815328e1a601a562116cbbfb927f38062a30382c8d529b.jpeg?GoogleAccessId=graviton-mvp%40appspot.gserviceaccount.com&Expires=4861949217&Signature=O6nLGiVmUTQsXAmgRWB4F%2FL%2FFrH2PVCBbj1H7u8iFM8v1mBA8O8B5PbxCbTu4PItYzEKx4Rnh8wUkB631S5N3%2BDllss%2FVVEfAiw5L9FralxGIq%2B98aZvSSar6ZEEtRDz%2BjIiRrz3bGjUncbOVGjAzMwk3AIygpFAeRgEjW%2FP2udgtJdDtJ%2B9%2F%2BwbnXyG%2Blq14YlZov99QrOE7rY5NHHn4wjkAqDYfyiFO7t2nxuUJO57Z1ah8ySWrEb7vvdFLHJGnoRkBB1e%2BUnIzSYe6MAW5Mdq6P192XQEUxGoFArhIkXPT%2FBsOgeZviRJLEIOajKTNMOyPBknbXw0u9%2FdsoHPhw%3D%3D
2y

copilot

The image you've shared shows a simple electrical circuit with two resistors, ( R1 ) and ( R2 ), in parallel between a 20 V battery and ground. To find the voltage across ( R2 ), which is ( V2 ) in the circuit, we use the fact that in a parallel circuit, the voltage across all components is the same. This means that the voltage across ( R1 ) is the same as the voltage across ( R2 ).
Thus, the value of ( V2 ) is the same as the voltage across ( R1 ), which is given by the battery voltage, ( V1 ).
Therefore, the value of ( V2 ) in the circuit is 20.0 V.
2y
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how do I use Flux?
C

conca

@copilot how do I use Flux?
2y

copilot

To get started with using Flux, the electronics CAD program for designing electrical schematics and laying out PCBs, follow these general steps:
  1. First Project in Flux: Begin by starting a new project. You can find "First project in Flux" guidance in our documentation and tutorials which will help you jump right into creating your first project.
  2. Tutorials: Engage with our in-depth tutorials available on our documentation page. These tutorials cover everything from basics to advanced topics in Flux, helping you understand how to use various features effectively.
  3. Reference: Utilize the reference section of our documentation for detailed information about the elements of Flux, including component libraries, schematic symbols, and PCB layout tools.
  4. YouTube: Watch video examples, tutorials, and project walkthroughs on our YouTube channel. This is a great way to see Flux in action and learn by example.
  5. Slack Community: Join the Flux Slack community to connect with other engineers, hobbyists, and the Flux team. It's a valuable resource for asking questions, sharing insights, and getting tips from experienced users.
  6. Live Support: If you need direct assistance or have questions, don't hesitate to contact us. Information is available on our website for contacting our support team.
Flux is designed to be intuitive, but like any CAD software, it has a learning curve. Engaging with these resources will significantly help you master Flux and efficiently design your electronics projects[1].
[1] https://docs.flux.ai/introduction
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