Introduction to AC Steady State Analysis Part 1

[@elliottlittle3894]

Darryl you're a legend. Without you the entire EEE course at my UNI would not have the foggiest.

[@pavichokche]

This was very useful, thank you. The lectures and textbook weren't clear enough, this helped tie things together nicely.

[@jbachjr78]

Thx Akshar. After watching this video I looked up finding impedance and now understand how this works.

[@AlphaWolfGames]

Thanks for these videos, you helped me survive my course lol

[@parkerflop]

Muhammad Usman May God make it the same for me

[@Gummybearssss]

Thank you for these videos, they help me alot with my really fast moving class

[@tyracollins7093]

This video was extremely helpful, you're the reason I will at least get partial credit on my Circuit Theory final!!!

[@hangkaj]

I really like this video! I will recomend it for my students tomorrow!

[@DarrylMorrell]

I have seen polar forms with both peak and rms values. If you want to be able to compute power for AC steady state using similar equations as DC steady state, then you are correct that you want A to be the rms value.

[@DarrylMorrell]

377 is the radian frequency of the cosine function; it is very close to 2*pi*60, which means that 60 is the frequency in Hz (cycles/second).

[@nrozka]

Set phasers to stun.

[@lights779]

you should include a link to part two in the description

[@fc2p]

Why do I keep seeing polarized capacitors in ac circuits? Wouldn’t applying a negative charge to positive terminal cause problems. Shouldn’t we be using non-polarized caps since either side can become the positive or negative side and switch with no problems?

[@reeseelijahmoralde589]

Can i use sin functions for phasors?

[@alihefni2743]

should you divide the 10v by root 2 to get the maximum voltage ??

[@manojdeshpande2685]

+Ali Hefni i think 10v/root(2) gives rms voltage

[@alihefni2743]

oh ok thank you :)

[@desertsand8778]

Do you mean reactance? Why impedence?

[@GODCOR]

3:15 "its not that hard". thats all i wanted to hear

[@GameMen10000]

I might be being dumb, but how does 377 * 1 * 10^-6 = 2.65k I understand the units, just not how 377 * 1 goes to 265

[@GameMen10000]

Scratch that, I don't even get the units, how does 10^-6 go to 10^4

[@tadm123]

why 60 times per second? ow did you get that?

[@Torcika]

how do you transforme cos377 to 60 hz?

[@tylerbikaun7795]

Tore Chikano w(rad/s) = 2*PI*F, F (hz) = w/2*PI. 377 (rad/s)/2*PI = 60 Hz

[@abdelrahmangamalmahdy]

Tore Chikano WTH how did you know basically that the frequency is 60 HZ ? he didn't say that in the video lol

[@semir2607]

+Abdulrahman Mahdaly He's just rearranging the equation to solve for frequency since he was w (omega).

[@abdelrahmangamalmahdy]

I know, but this was not mentioned in the video !!

[@dahmed666007]

btw good vid!!

[@yangmd6289]

are you sure that your phasor angle is correct?

[@hectorregala7777]

I like your explanations but please avoid cracking your voice, it really irritates and distracts my concentration on your video presentation.

[@harimodala6623]

pls increse your volume tendency

[@gideonsaina5199]

Bruh, could you please take some water!