Electronic Foundations : Voltage Current and Resistance

Welcome to "The Art of Electronics" series! In our first video, we cover the essential concepts of Voltage, Current, and Resistance. Whether you're a beginner or just brushing up on your electronics knowledge, this video will provide you with a solid foundation. Watch till the end to become the Picasso of electronics!
Help us to grow : / profmad
Topics Covered:
1. What It Means to Learn Electronics:
2. Conductors and Insulators:
3. Voltage and Current:
4. Ohm's Law:
5. Explaining the Battery:
6. Power in Electronic Circuits:
7. Resistors (Series and Parallel):
8. Voltage Dividers:
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[@payam5416]

hello. That was so useful, and i learned so much of your teaching. thsnk you

[@TutLuoy]

This is my first day in the study to meet this professor across the world.
I'm now enjoying this lecture in Africa (South sudan)
Thanks so much sir

[@williamsherman6995]

Great vid! Thumbs up. Keep it GO !!!!!!!

[@d.e.c1609]

Brilliant lesson! And yes! Electron flow is the proper way. Which is why the NEG sparks, if you're incompetent enough to hook it up *last*.

[@Gaminiheraliyawala]

The best and simplest tutorial on fundamentals of electronics I have ever seen. Very professional and comprehensive. Well done ...👍👍💐💐🙏🏻🙏🏻❤❤

[@gainmaster1]

I Agree, great analogy

[@patrickmcgrath7493]

Very well delivered information and great they got George Clooney to narrate it.

[@hussingamal8711]

موقع اكثر من رائع كل الاحترام والتقدير لكم استاذي

[@saeidabbasi7152]

Great &Excellent ❤
Tanx ❤❤❤❤❤

[@jpnmehta]

Best explanation for basic electron flow from high pressure to low pressure area which creates a potential difference between two terminals leads to voltage applied. Nice one I've not been understand this before from any Books 📚.. Thanks lots of love 🤝🙏

[@myname3463]

Best tutorial i've seen so far. Keep it up!

[@gopalanthachat6110]

Very much impressed! Thank you

[@ashwinraut1147]

Thanks for clear vision Waiting for the next

[@carolineseffen7458]

Thank you , you are best instructor ❤

[@tanayod4182]

Thank you for the content, This is very helpful and easy to understand.

[@georgbonil7932]

please keep uploading this type of videos

[@JEMSS97]

please keep uploading like this

[@jiantongc.5373]

Great content, thx Prof Mad!😸

[@arthurfricchione8119]

Thank you for sharing and explaining . Very well done. New subscriber trying to learn the very important concept in today’s world . Thank you. Artie👍

[@ndereratjijahura2048]

You are brilliant 👏

[@odionimohiosen6611]

Very informative

[@Lucy-v4f]

thank you❤❤❤❤❤❤

[@scanurasiri1]

Really good content.... I did not know that Prof Mad is a Sri Lankan....

[@arifhossenmia7541]

Amazing content...

[@GiC7]

Thanks

[@tilahunberihane1648]

Keep it up

[@nmaou]

very impressive videos. What software did you use to create the presentation?

[@TacoDaddy-mr8ig]

Are u planning on adding more videos to this playlist?

[@elavarasans941]

Doubt in 12:27, if more number of battery connected in any manner only voltage or current increase. Both are not increase on same time based on parallel series battery connection concept.

[@E_Oussama]

U mean of course controling electrons averagly n it the best could be done right ?

[@007dog1]

Bro you lost me when doing the calculations for resistors in parallel. If the is 1/R1 + 1/R2 + 1/R3, how did you get 11/RT or for the example you gave, 12/RT?

[@GH-oi2jf]

Where in the video are you? At 29.04, the "12" is volts. The expression is volts divided by total resistance to get amperes.

[@Mr.Therapist1]

It's still a wrong calculation. Can you put down the whole equation, please. My result is different than yours!

[@John.Doe.2025]

"Protons repel each other" - look at Helium where two protons attracted so much you cant separate it.

[@abhitechmadhugiri]

Thanks 😊 ❤

[@E_Oussama]

U mean of course controling electrons averagly n it the best could be done right ?