Комментарии:
Thanks so much man!
ОтветитьExcellent video thank you - an actual human speaking humanese
ОтветитьExcellent. More please.
ОтветитьThank you for explaining the definition of a word with the definition of words. Making complete sentences sound like sentences. Making sense of it all by simple sentences. Creator of his own logic but follows no rules. A rebel, an outcast or maybe just 🤔..........
ОтветитьI nominate this for worst video on YT.
ОтветитьMan, please, quit the drug ☠
ОтветитьBruh. I wished you were my professor at Uni. Not to throw shade on them professors but sitting through those Electrical courses was a snooze fest.
Anyway, thanks for the info, the jokes, the memes and everything else. Keep making these my dude.
i didnt know i needed this in my life! thank you!
ОтветитьI'm impededly retarded
ОтветитьWho is the real coty the coty of next bots or the coty of empendance
ОтветитьSo if somebody said “ohms is resistance in a circuit” and one said “impedance is the resistance in a circuit”, who would be right
ОтветитьThis video is even more fun played at 0.5x speed... :'D
Ответитьvery funny, reminds me of trying to explain the fft function on a scope
ОтветитьDude the egoraptor homage is clear as day
ОтветитьUr amazing pls make more vids
Ответитьmade me laugh so I subbed
ОтветитьAwesome! Thank you.
ОтветитьMake more videos about electricity! This was great!!!!
ОтветитьWhat's electricity?
ОтветитьI found myself laughing a bunch of times while watching this video. Thanks for the humor. 😂🤣😂
Ответить🤣you did good
Ответитьomg ur kinda like sequalitis WIN A PRIZE no its too LOW
ОтветитьDude, I ABSOLUTELY LOVED THIS💖 that was funny and informative 💖
ОтветитьThe dual aspect concept of Impedance is what enables dc resistive circuit analysis to apply to ac circuits with inductors and capacitors. The dual aspects of impedance being the effect of inductors and capacitors on both magnitude and phase of voltage drop across them in circuits having sinusoidal ac sources in them.
Ответитьbro, GOD BLESS YOU.
Holy shit
Hahaha that was the most funny informative video I ever seen lol oh right I get impedance…sarcastic voice 😅
ОтветитьI love how this is the only video. This man knew the struggle we were in exactly! 🤣💯
ОтветитьI love the cheeky egoraptor reference here, " No... it's too low"
Ответить😂😂 dude, all the information is on point! Love the animation and commentary! I'm showing this in my electrical class if that's cool?
Ответитьyeah ok, but you just explained resistance, and thats not hard of a concept for anyone to grasp. What i was expecting for you to explain, as i think most people did, was the difference between impedance and resistance
ОтветитьWe need more!
ОтветитьMore videos on electrical engineering Coty
ОтветитьLiked and subscribed
Ответитьwhat a bs.,, you wasted my time
Ответитьwhat a b..s.,, you wasted my time
ОтветитьI love your graphics. 😀🥳
Ответитьwhats the difference between resistance, reactance and impedance?
ОтветитьThis doesn't explain it at all??Sounds like it's resistance?
ОтветитьI liked it but you fuckin suck.
ОтветитьLoved the video the animation, humor, and knowledge! what a guy
ОтветитьWell done. Great closing track. ❤😊
ОтветитьSimple concept of impedance:
Imagine you're playing with water flowing through a bunch of pipes. Now, think of impedance like the pipes being twisty, narrow, or bumpy. These things make it harder for the water to flow smoothly. In a circuit, impedance is like those twists and bumps but for electricity instead of water. It's what makes it a bit tricky for electricity to move around smoothly in the wires. So, just like you'd feel resistance when pushing water through a twisty pipe, electricity feels impedance when flowing through a circuit.
Fuck me what a fucking awful garbage video fuck you
ОтветитьI regret wasting my 4 minuts.
ОтветитьExcellent explanation, love the style, looking for a simple explanation for students and this is one of the best ones I’ve seen! Literally lol. 😂
Ответитьwhy creating impedance if that is just resistance ???
ОтветитьImpedance is resistance to a frequency range.
Ответить“But hey!…”
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