Kirchhoff's Junction Rule
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- เผยแพร่เมื่อ 23 มี.ค. 2015
- 092 - Kirchhoff's Junction Rule
In this video Paul Andersen explains how Kirchhoff's Junction Rule can be applied to series and parallel circuits. Kirchhoff's Junction Rule is an application of the conservation of charge. The current into a junction will always equal the current out of a junction. Several example problems are included in the video.
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Music Attribution
Title: String Theory
Artist: Herman Jolly
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All of the images are licensed under creative commons and public domain licensing:
“Circuit Construction Kit (DC Only).” PhET. Accessed March 17, 2015. phet.colorado.edu/en/simulatio....
M0tty, KCL png: Pflododerivative work: Originally Uploadet to En-Wiki: “...23:18, 2 October 2004 . . Pflodo (6039 Bytes) Kirchoffs Current Law...,” September 20, 2011. KCL.png. commons.wikimedia.org/wiki/Fil....
I have been struggling with ap physics all year. This videos are truly a god sent. You explain everything wonderfully. Thank you so much.
Thank you as always, Mr. Bozeman!
This helps so much when solving with the loop rules. The junction rules didn't make sense to me and I kept setting it wrong before. Super helpful vid.
Finally I understand, thanks a lot.
thank you! this is very helpful :)
thank you sir .you really helped me .
Yes,that was really worth it sir❤️👍
THANK YOU SIR.
i liked the talking and besides as usual, it was very helpful
Super explanation
Very helpful and beneficial indeed, thank u so much. 🥰😍🤩
I really like ur channel 💕
THANK YOU SIR it was really helpfull sir!!!!!
bro very incredible thank you very much i had problem learn kirchoff law wole year thank you
Great vedio
Sir you are really an awsome teacher.thanks for your contribution
One quick question, why do we draw an arrow showing current coming out of the positive terminal of the battery when in reality electrons flow from negative to positive?
I know it's been a long time, but I believe it's drawn from positive to negative because the negative *is* flowing to positive, just not how we think. The negative terminal has electrons that flow through the battery to the positive terminal, then all the way around since they still "want" to go to the positive side.
I hope that was helpful, or at least made some sense.
You're right it's been a long time and I think I understand it now anyways. Thanks nonetheless !
@@littlenarwhal3914 No problem! (:
Try pressing the pause button as needed. I do and it helps me.
Thanks
sir u are just awesome...
I like your videos but maybe my brain doesn't work as fast as others (white matter). I think a tiny pause at the end of each sentence would let me comprehend what you just said before beginning the next sentence. But they are still great as they are.
***** That's encouraging. Maybe someday when my wife says, "I said, N-O." I won't think "what did she just spell? :)
You can slow down the video.
I am not the only one James Burke explained how he uses pauses in "Connections" and "The Day the Universe Changed" it is the same reason we use periods so it doesn't matter if the video is slowed down or not if there is no end to the sentence it seems to continue on and you can't know when to take that pause then you have to think oh that was the end of the sentence back there so saying You can slow down the video isn't helpful.
Play at 0.75 so that u can match with the pace of sir......
thats nice having one of those well written simulators.
You really sound like Veritasium
The MCAT is hard, and the MCAT is important. If you know, you know
I think that your talking is sufficient. you don't need too write what you are saying. You are clear enough. I am unable to see the calculations.
turn off captions
Not bad. However, can you stop writing in the middle of the screen.