At point 13:29, you short circuit the load resistor. The short circuit should short out both the 1mA current source , and the 1K resistor. The result should be a short circuit current of 5 volts over 500 ohms. equal to .01 amps. Question: What's wrong with my analysis?
I got question does electricity engineering workers go to work everyday uhm is it like company workers because I want work everyday but not in the weekend that's my question?
It totally depends on where you work. I've worked at places where the expectation was frequent work on nights and weekends. My last job was very focused on work-life balance which I appreciated. Here at CircuitBread, we also try for a good work-life balance though we do sometimes have to do meetings early in the morning or in the evenings since we've started to spread out. But I can only think of one time in the last five years we had to work on a Saturday.
Great question and the important thing is to look at the nodes. That 1K resistor has both ends of the resistors connected to the same node. Due to that, they are the same voltage potential, meaning no current will flow through them. I hope that clarifies things!
I'm very thankful for this video! I sat the whole day trying to figure it out, and now I know how to use this :)
Thevenin and Norton circuits are coming up in the circuits class I TA for, which means a lot questions and help requests. Gotta love it!
Awesome! Good luck handling all those requests, hopefully there's nothing too crazy to deal with.
Very well explained! I've only just found your channel and look forward to your other videos.
very helpful and understandable then the way you speak was clear. thank you !
This is great!
It was good 👍
Why don't you cancel the 1mA source too since both ends are connected to the same node?
At point 13:29, you short circuit the load resistor. The short circuit should short out both the 1mA current source , and the 1K resistor. The result should be a short circuit current of 5 volts over 500 ohms. equal to .01 amps. Question: What's wrong with my analysis?
Nothing wrong. Your answer is 0.01 A and his is 10 mA. Same answer, different units.
Nothing wrong. Your answer is 0.01 A and his is 10 mA. Same answer, different units.
Nothing wrong. Your answer is 0.01 A and his is 10 mA. Same answer, different units.
@@calvinnguyen6029 ....he added 1mA to the 10mA...which means there is something wrong with Chad Simms' analysis( 14:22)
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I got question does electricity engineering workers go to work everyday uhm is it like company workers because I want work everyday but not in the weekend that's my question?
It totally depends on where you work. I've worked at places where the expectation was frequent work on nights and weekends. My last job was very focused on work-life balance which I appreciated. Here at CircuitBread, we also try for a good work-life balance though we do sometimes have to do meetings early in the morning or in the evenings since we've started to spread out. But I can only think of one time in the last five years we had to work on a Saturday.
why doesn't the current pass through the 1k ohm resistor(14:20)
Great question and the important thing is to look at the nodes. That 1K resistor has both ends of the resistors connected to the same node. Due to that, they are the same voltage potential, meaning no current will flow through them. I hope that clarifies things!
@@CircuitBread thanks for the reply