Electric Potential and Electric Potential Difference (Voltage) | Electronics Basics #5

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In this tutorial we will learn about electric potential and electric potential difference, or voltage.
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Music: MÆSON - The Catch ( / tracks )

[@BoxerDogs]

Very good explanation. But to really clear things up, it would be very helpful if you did a video from 6:28 to 6:53 using a negative point charge and a negative test charge.

[@vladhristov2316]

His channel is getting better and better. Started from Arduino and now moving to the Theory of electricity.

[@hebayahya6250]

Amazing explanation. Honestly suburb. Thank you so much for your efforts!

[@stormbrakerable]

This is the best explanation I've got on this topic!
YOu're really good at explaining and your animations are brilliant. Thanks a lot

[@HowToMechatronics]

Thank you!

[@pravneetkaur2010]

What an explanation!!! Kudos👏👏👏n it is so grossly underrated.

[@akshatbhardwaj2602]

Wonderful! Saw literally 100s of useless videos until i finallt landed on this one!

[@tomc642]

Again, an excellent explanation and graphics. This is really all you need to know for a practical understanding.

[@HowToMechatronics]

Thank you!

[@josephferraro5295]

4.2x10^-12m is closer than 2.5x10^-11m if you switch it to 4.2x10^-11 the problem would be correct. For the first potential difference example.

[@zahsum]

i was thinking the same lol

[@MoAlhammadi]

thank u very much ror this valuable iformation

[@idreesazad]

very unique and great

[@endingalaporte]

nice job man !! so nice :)

[@HowToMechatronics]

Thanks!

[@andreiberechet7447]

Thank you so much for this video!Finally i understood the concept of voltage.Keep on like this!

[@cesarmoreno987y]

Very helpful

[@gellianeubagan9706]

finally i understand this electric potential!!!!!!!!!!

[@abhijitj1673]

which software are you using for making these videos ?

[@jonathankalala5763]

3 hours lecture summed up in 7 minutes!

[@ATGG]

Thats an awesome explanation!
A Question though. At 3:05 the Negative Charge, aren't the arrows supposed to be the other way? Facing inwards/Towards the Core?

[@josphellihsilak4588]

By convention, yes the field lines always point to the negative charge.

[@realizejust415]

What is the difference of negative voltage from the waveform, what do we mean by negative voltage?

[@henmax...769]

Good

[@roa1437]

I love you

[@I_am_FRANCO]

3:08 why aren't the arrows pointing towards the negative charge?

[@ErkanOkman]

👍👏

[@veljko100able]

At the beginning, shouldn't r (the distance) be squared?

[@borisdorofeev5602]

Yes I was thinking the same thing since Coulombs Law is an inverse square law just like finding the force of gravitation.

[@kalbian5430]

no it cancels out he explained it in the last video at the end

[@davidb6477]

r^2 is for calculating the Electric Field. r is for calculating the Potential Energy. They are different concept with different units.

[@luxdraven6078]

It helped me alot but next time help your voice too its cracking hahahahahahah😅😂 who cares though😅

[@rockbappino1354]

I'm first

[@veljko100able]

Also later in video you forget to square the distance 0.15m sould be 0.15^2

[@josphellihsilak4588]

No, not for potential kQ/r(V). The r squared is for the electric force kq1q2/r^2(Fe).

[@abdulmuiz-uz7we]

Make it more advanced