What are Resistance Reactance Impedance

This video beats my lecturer in university.

Bravo. Great teaching presentation.

Sir ur great and nice explanation.

Excellent Explanation Sir. It is one of the simplest explanation. I never seen such a good explanation

Not Reactance not Impedance.
It is Inductance, Capacitance.

Best circuit graphics I have ever seen!

Can we check voltage across live capacitor when we apply DC voltage?

The only criticism I have is that when discussing capacitive reactance, they mention “the water flow leads the force” and “the water flow must change before the force changes” - and this caused me confusion because obviously that’s impossible. What they should have said was “the water flow DIRECTION change” leads the force

Excellent 👏
I am from El Salvador and I love theses videos 😉

I so f*ing hate this voice, it's all over social media and now here as well.

As a newbie to electronics as a hobby I am gaining so much knowledge and understanding on various topics I have watched. Thank you

Resistance,impedance and reactance (R, Z and X) are all measured in the unit of Ohm. Thanks a lot for this video

Best video ever

I learned electronics the old fashioned way when current is illustrated as flowing from Negative to Positive. This new trend where current is being shown as flowing from Positive to negative is confusing to me. It doesn't make any sense. The whole thing is called ELECTRONics for a reason because it follows or manipulates the flow of electrons.

Nice video voice ND contents. What are the applications of these 4 terms R.I, R.C, and impedance

May I seek to know from what you said, that current is constant in a D.c circuit please.

Is it a rule for all digital circuits with ICs and passive components ??

Being an electrical undergrad, I appreciate your analogy of inductor and capacitor. The whole duration of this video never had an breaking point of the understanding.

amazing

My favorite is Reluctance: "Aw do I really have to pass this current? Oh well, OK but I won't be held responsible if there's an overload"

Brilliant explanation! Loads of thanks!:D

Excellent

Would have been nice to close with the explanation of recurring tems like "high impedance," "low impedance," and "impedance matching "; which you'll often hear about: i suggest you Google those for a good closing thought on these important concepts.

Please do a video on the same analogy of water for 3 phase power.

Greatest explanation I have ever seen

Very Helpful. Thank you !

Ohh Im diggin this, thanks a lot Prof!

most cringe voice on the internet

Great video! Had not seen the membrane analogy before.

Explanation and depth of the subject is excellent.

thanks

That's a negative on the AI voice I would imagine if this was also written by AI.

Prof MAD You Are The Boss Of All Explainers In Universe ❤

You really could have just explained how capacitors and inductors work.

Nice video, keep it up, thank you :)

Excellent job description is fantastic ❤❤❤❤❤

Amazing work! The level of detail in your animations is incredible. Could you share what software you used to create such powerful visuals?

fabulous

In dc current, there is a flow of current to charge the capacitor if it was initially uncharged. And, even in an inductor which is connected across a dc source, it initially opposes the rise in current. The graphs shown in the video are not accurate

👏👏👏👏

Finally a video I understand bless you brother

Que vídeo maravilhoso

Why is this narrated as a true-crime drama?

THANK YOUUU !!

Good video. Could you tell me what program do you use for the simulations, thanks. A tittle for your next video could be, capacitive reactance, inductive reactance and RESONANCE. God bless you ! Thanks.

Wowwwww you are so cool, thanks so much, is great explanation.

Damn you deserve the whole world.

Fantastic, thank you very much.

I still coundnt understand inductive reactance

In a DC circuit, current flow is negative to positive.

People is wrong about alternating current.... Don't go in back... Vibrate... Open down faster.... They need to change about...🫵🧐