Introduction to Phasor

[@caterpillios8154]

Taught me more in 23 minutes than my EE professor did in 3 weeks.

[@clockw1se226]

What a beast! thanks for helping us sir

[@Thefakisgoinon]

Brilliant summarization, straight to the point

[@unwanaibanga4297]

Amazing lecture

[@hasanbasbous7549]

Mr .Haddad your explanation makes it simple which many fail to do that.

[@filchaneco506]

40:20 sir I think there's a mistake, I can't get -131 degrees angle, it's 95.37 degrees from my calcu :(

[@deyaaalqown1606]

thank you very much Mr. Haddad .. your lessons helped me a lot ^-^

[@moazelsawaf2000]

Thank you so much sir

[@hokagesama758]

Can we use source transformation and then voltage divider for V double dash?

[@tedgiann]

i think there probably are some calculation mistakes. But great lesson, thank you.

[@Aspirateur.Algerie-Karcher.WD3]

Thanks a lot you are awesome

[@waleediqbal3655]

and i like the video ..the video help me a lot to build my concepts about phasors....thanks dear sirr

[@petersaenz4864]

You said that the only way to solve this is to use superposition. Would it be possible to use source transformations to get rid of one current source and then solve or would there still be an issue?

[@moazelsawaf2000]

The current source would be converted to a voltage source with the same value of w ( omega )

[@moazelsawaf2000]

So i think you can't

[@josephhylton5334]

How do u work out the j's without the calculator

[@volkanbenli8881]

kral adamsın

[@harriskhan280]

goat

[@waleediqbal3655]

the angle v dash is not correct i try it so many times

[@ronricogarcia3216]

Your source Vm has to be AC not DC