AC current impedance - Alternating Voltage for inductors, capacitors

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Add some examples with appled math and this is easily better than any education any college can give you

The videos are gold!

Guys this is simply brilliant!

Mal-feito.

How to make high frequency power supply

so a series rl circuit will lag the ac current by exactly 90 degree right?
but i see text book saying it lags less than 90 degree depending upon resistor value..how can it be

this is epic, any random shit content gets views these days, these videos are not properly appreciated, outstanding representation of all the concepts, blown away totally.....this is how its done...

ilike this alot thankyou so~ much~

Marvelous! This is indeed very intuitive. I have understood current leads voltage in a circuit with capacitance and voltage leads current in a circuit with inductance, but I have not seen it like this. This channel truly is a goldmine!

~ Alternating current conducts thru the outer material of a conductor, while direct current conducts thru the inner material of a conductor.
The material's inherent properties determine the conduction characteristics.

Nobel of teaching

This video is really good at explaining electricity.

Is this the reason why there is a signal in the low frequency for carbon monoxide poisoning?

merci de votre travail cela nous permet de comprendre mieux ce que nous avons appri au lycee

Great Respect to you, sir. Such an AMAZING explanation!

I love the creative idea behind the animation and verbal explanation of Eugene.

Isso foi lindo

-6-2 code Success

I thought with the way this video was going it would talk about passive filters, but it pretty much set the foundation for it.

Excellent thanks for your quality training

I have always thought of capacitive and inductive reactance as being analogous to inertia considering their reaction to changes in voltage and current in AC circuits.

When did Ash Ketchum become an electrical engineer? great video btw

perfectly explained

love you more

You are god

This is decent. When I saw this in the preview I thought "oh no... Not yet another crap animation that screws it all up"...

This is not the case. Unique way of graphically illustrating what is going on. For a beginner this has to be one of the better explanations I've ever seen.

Good explanation. However the music is kind of loud and it makes it hard to concentrate on what is going on

Is the voice that of a robot or a real person? I like it, It's very clear voice.

Thanks for the video!

Probably the most confusing video on this subject I have ever seen, but thanks.

Oh dear, the presentation was excellent. 5 years from posting the video, I can't see any comments appreciating her choice of music, that transition from Beethoven to Mozart when replacing capacitor with inductor was so sweet for my ears.

Randomly i found this gem channel and my life changed.

Please dump that stupid music.

Great video..many thanks

This idea could help too charge mobile devices fast, doesn't it work?

Shared with Lookoutfa Charlie zero echo nine

37초 ← 이 부분 번역 누가 한거야 ㅋㅋㅋㅋㅋ

The most clear explanation i ve ever seen...hats off

Mükemmel

Awesomeeee

The correct formula for the energy of the electric current E=IU2/2 (of course, here you can talk about instantaneous power or add time) by analogy with mv2/2 because the voltage drop is nothing more than a drop in the initial velocity and it is quite obvious that there are no forces supporting the velocity in the conductor other than the initial conditions.

absolutely amazing video thank you very much

Great presentation .... I sincerely hope that the presenter soon realises that the backing track is intensely distracting

very intresting! thank you a lot!

Wow very istruzioni 👋👋👋

🇧🇷🙏🏼👍Beautiful work, you have a video showing how the Joules thief and its components work and how the electrons behave. Note: Joules thief with a 1.5 Volt battery can start a 12 Volt motor.

Damn, even a presentation so well done like this can't make me understand physics and electronics. Maybe one day it will click in my head.