02 Breadboarding Basics: Series and Parallel Circuits Explained

In this video, Joed Goh Talks about the principles behind Series and Parallel circuits. This video shows how to use breadboard and how to connect electronic components in series and parallel. Moreover, this video explains the how to compute for voltage, current, and resistance using Ohm's Law.
4:05 Breadboard internal connection
6:27 Series Circuit
10:19 Parallel Circuit
13:45 Switch, Resistor, LED connection
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References:
2020. [image] Available at: www.scienceabc... [Accessed 17 September 2020].
2020. [image] Available at: www.allaboutci... [Accessed 17 September 2020].
iStockphoto, 2020. [image] Available at: spectrum.ieee.... [Accessed 17 September 2020].
2020. [image] Available at: imrccenter.uma... [Accessed 18 September 2020].

[@ManarMahamoud]

طلااب مستر محمود مجدي 😂❤❤❤❤

[@OarAdel]

اللي جي من عند محمود مجدي يجي هنا 😂😂😂❤
واللي مش فاهم يفعل الترجمه على الفيد

[@HagerAlaa-m4o]

اناومش فاهمه حاجه

[@OarAdel]

@@HagerAlaa-m4o فعلي الترجمه ودوسي على الترجمه التلقائي واختاري اللغه العربيه

[@samwillard5688]

I cannot adequately express how grateful I am for all of the work you have done. It is helping me immensely, as I have failed to find a beginners course on circuit design, specifically. This is a subject that fascinates me, I can't get enough! Great videos, I wish that I had found them sooner. Please keep it going.

[@joedgoh]

Thank you! I will be launching a new training series soon. Please share and subscribe ✌️🙂

[@michaelpatterson1096]

Well done. Spent hours on Chapt 8 and 9 of Electronics for Beginners by Jonathan Bartlett. You explained it better in just 16 minutes.

[@joedgoh]

Thanks man! Glad to be of help

[@pacomacaw2456]

This is an excellent video for me, a beginner in Australia.
Very clear explanations and easy to read graphics.
I have watched others nowhere near as good as this.
Well done. You deserve more subscribers and views.
I will watch the rest.
Oh...and get a new 9v battery. Mine read 9.5 :)

[@joedgoh]

Thank you very much for your support! :) glad to be of help

[@jenm1]

absolutely phenomenal. i didn't understand it in class but this was better than when i had the equipment in front of me

[@joedgoh]

That's great! Thanks 🙂

[@GiggleYohoo]

Looks like I am the only comp engr who forgot this electronic things. Thanks for bringing back my memories. I need more practice if I have time. Haha

[@JSPUFC]

Well u changed the breadboard game for me very much. Thank u so much. I understand it greatly now thanks to u

[@joedgoh]

Welcome.. Glad to be of help 🙂 thanks!

[@ride-t3r]

So Well Done .... Thank you Joed!

[@shawaizhaider3978]

Excellent!

[@ahmedatahoon]

I really love it. keep going sir. ❤❤ new follower from Egypt

[@joedgoh]

Thanks and welcome! 🙂

[@rflxna3227]

Thank you

[@raquelmadrid7587]

Excellent video, thank you!

[@joedgoh]

Glad you enjoyed it! Thanks :)

[@abdul-rahman7326]

Excellent effort 👌

[@joedgoh]

Thanks!

[@ryansuarez6366]

very informative!

[@sonalimahajan8960]

please create more video on series and parallel circuit using led and resistance & their measurement

[@joedgoh]

ruclips.net/video/Pz20EjrdeTg/видео.html
Have you seen this one?

[@maaaaark8390]

THANKYOU PO KUYA❤️

[@joedgoh]

Welcome

[@matscie9715]

Good day, Sir Joed Goh! I am a third-year college student. I would like to ask if you are a graduate of Bachelor of Science in Electronics and Communications Engineering? If yes, I am humbly asking if you are willing to be interviewed about ECE-related topics. Thank you, Sir Joed Goh! More power to you.

[@joedgoh]

Hi Mat, I'm so sorry po, but I am a computer engineer. :) thanks for the invite though..

[@ziadmohamed575]

♥♥

[@KW-ei3pi]

Very good tutorial. Well presented, just a bit too fast. Talk too fast. Code too fast. Illustration too fast. Thanks though.

[@fs6421]

Really good but the middle lines are connected horizontally not vertically. Thanks

[@joedgoh]

Thanks bob, but I am not sure what middle lines you are referring to that are connected horizontally.

[@xxdinguslmao]

That is actually incorrect, you can verify this with a multimeter. With the breadboard in "portrait" mode, the power rails (+,-) run in columns, vertically, and everything else is connected the opposite way, horizontally in separate rows.

[@joedgoh]

Excuse me. Are you saying that my demo is incorrect? Please watch it again. My breadboard is in "Landscape" orientation and NOT in portait, so definitely rows become columns and columns become rows. I don't know what seems to be the problem.

[@xxdinguslmao]

@@joedgoh sorry seems to be a miscommunication, I understand that your video has the breadboard in such orientation, and I was attempting to explain to Bob how the rails are connected when viewed from in a "Portrait" orientation. Regardless they are connected the same either way apart from the semantics.

[@xxdinguslmao]

and to clarify, your video is correct. Did not mean to offend.

[@NorhSamy]

أنا من دوله عربيه و اتحدث اللغة العربية لذالك لا استطيع الفهم 😢

[@joedgoh]

I am sorry, I cannot translate this to Arabic. Thanks for watching 🙂

[@MostafaMohammedKhalil]

تبع محمود مجدي صح

[@NorhSamy]

@@MostafaMohammedKhalil ثح 😂😂

[@NourMorsy-op2ct]

ايوة​@@MostafaMohammedKhalil

[@chickenpotthighs9387]

Excellent video. Thank you for making this, I should’ve watched this sooner!!

[@joedgoh]

Thank you very much!