What is Voltage

[@zebamaryam]

This is probably the best explanation in a minute than my teacher could in a 45 minute lesson.

[@boakyejuniorprojects9964]

All my life I struggled to understand this concept.Now I got it.

[@mustaphatijjanimuhammad4672]

This 1 minute vedio make me understand what I have been confusing myself for the whole semester. Thank you so much dude.

[@JohannY2]

Thank you for that nice comment. We believe electronics principles can be understood by anyone if explained right. Experiential learning is what our product is all about.

[@kennetharguedas2316]

I really appreciate it when science communicators use metaphors to explain concepts! Very Helpful!

[@georgefan2977]

This is the best explanation I've heard so far! Thank you very much!

[@JohannY2]

Thanks George.

[@Henrique-ui7il]

Great explanation. This video deserves way more views.

[@Truthseeker-n6r]

Clear and simplified explanation of voltage concept.Very easy to understand.Donno why this is underrated.Great work🔥

[@andrealabordeta4565]

Dude.... Thank you! This was the easiest to understand.

[@osayiprecious1990]

This video is really easy to understand. . Thanks @seebox

[@electronicshelpcare]

helpfull video sir. thanks

[@BKFilmhouse]

Best video! Thank you so much! You make your explanation understandable with a real world example and concise! Thank you!

[@KMeasure]

Glad it was helpful!

[@JuanPablo-it1ll]

Great!! I was afraid I wasnt going to understand but I get it at once thank you

[@bakinto]

Nice explanation, thank you ❤❤😊

[@alexanderceban6001]

This really helped compared to the other videos, thx.

[@liamcoddens1279]

Best explanation of voltage i've seen

[@yoshiomaki1517]

This is freakin' AWESOME ! 👏👏👏

[@merinnetdupangchang6598]

u r right yoshi maki

[@JorgeSantos-uw3gk]

Best explanation

[@7humy4t83]

very helpful one! appreciate it

[@tukurhamid]

Thank you, this is so simple

[@merinnetdupangchang6598]

thanks gives me a bit of understanding have a nst test tmr😁😁😁😁😁😁😁😁😂😂😂😂😂😂😂

[@kavindaprabhashwara4767]

Very helpful video .

[@sayedurrahman5985]

the best one😍😍😍

[@5erah5ali]

i thought it goes from the positive terminal to the negative

[@KMeasure]

Hi Irenic, we have another video as part of the Seebox training solution that goes into exactly this question. But basically, after they discovered the electron in the early 1900's they realised that electricity actually flows from negative to positive and not the other way around. However, a lot of academic literature has already been written by then and we know how reluctant academics are to change their literature. :) Also, the math still works out with conventional flow (positive to negative).

[@iqraansari237]

Thnk u soo much

[@walker8476]

Brilliant

[@bonggojbihonggo991]

👌👌 🇧🇩

[@areej5774]

Amazing!

[@JohannY2]

Thank you. :)

[@vishnuvardhanpari]

Not explained clearly..in water tanks the force that causes the potential difference is gravity.Likewise what is the force acting between two terminals for moving the electrons?

[@plinker439]

"Likewise what is the force acting between two terminals for moving the electrons?" The electric potential difference (caused by more free electrons at one side than the other) between the two point that is generating the force that is moving electrons.

[@oml81mm]

Voltage used to be known as 'Electromotive Force' but that has changed to 'Potential Difference'. Back in the days of thermionic valves the word 'tension', as in high tension and low tension, was also used. The three terms are equivalent, but do not always describe the same thing, depending on context (and modern usage - quite often science and engineering use different terminology for example). Well done to the previous commentor who recognised it as a force

[@robertlake2753]

Can anyone test this out and give feedback? Stumble Upon: 'Circuit Solver' by Phasor Systems on Google Play.

[@zakirshah5060]

Funtastic

[@paulgoodier3777]

More more (please)

[@KMeasure]

Hi Paul, there's a lot more videos like this explaining everything from Series and Parallel, to Digital Logic and even RF Principles. However, they come embedded with the Seebox hardware and therefore you need to do the training on the Seebox to see them. :)