Three-Phase Y-Y Connection

Three-Phase Y-Y Connection

[@nikhilmishra2319]

Superbly explained. Thanks:)

[@markkleiman6531]

Thank you Zahi! I am an electrical engineer currently tutoring / teaching all high school, and some college, math and science. I hope one day to teach electrical engineering in a college or university =)

[@ZubairTusar]

It was a great help ! Thanks

[@ahmedsamirabdulrahim2052]

you are awesome , Thank you

[@abdulseaforth6930]

Yes, succinct and to the point!

[@sohailjanjua123]

Hi, Zahi I like your lecture

[@TheJo0celyn]

Thank you!

[@yuval260990]

There is a mistake in the Power. the Power abs by BN is not the same!! because the current phase is different

[@markkleiman6531]

Hi Yuvi... In the power calculation, the trigonometry for multiplying two vectors is wrong. It should be Cos(a+b). In the current calculation, Cos(a-b) is correct for division of two vectors.

[@mdnahidislam1908]

That should be rms value,not peak value. P is used as a subscript for phase voltage.

[@YoungsProton]

Sir, What if there was a line resistance (say 2 ohm), should the average power formula at the end change ? ie Should I do voltage divider to find the Vrms at load in such case..
(Its 2019, So I don't expect to have any reply.. nevertheless your video was useful )
This has the most in-depth analysis on Y and Delta connection... But the like and view count is comparatively low.. (Like from me, thank u sir )

[@othmanfhallatah6879]

thanks SIR i wish you were my lecturer

[@zeesWorld1]

❤❤❤❤❤❤❤

[@khaledmohamed-pn9kf]

thanks

[@ahmadluqmanhassanuddin3799]

If you learned nothing in the class come here - unimap

[@muhdshazarilamin5347]

Lol unimap.. Pauh ke tuuuuu.. Haha

[@tedg5417]

go nale mosimane o phaphang ,yo netseng go balabala botlakala. Mo reng a ikete.

[@successor54]

Tq..but needed some speed

[@abielniguse8308]

sir tnxs

[@yosefkashkoul3472]

can we get the pdf copy