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good explanation, take a deep breath and be confident you explain well.
Nice video I have learned new things in this video!
Your handwriting is amazing!
Thanks man, even although this video before 5 years but still useful.
ua-cam.com/video/CEEk2ZOG6YM/v-deo.htmlIts very easy
thanks a lot ! saved me night before exam :D
ok but what if you got inductors too in the load, do you still add everything up?
great sir thank you very much 💚
Thanks alot for simplifying everything.
Thank you very much sir ! Great explanation
Easier to use G, conductances, in going from Y to Delta, as the equations have the same format as used in D to Y (for example, G1G2/G1 + G2 + G3, for each Delta resistance respectively).
Gc = G1G2/(G1+G2+G3)
Excellent video.I learn so simply
Thank you so much for this!!!
HiThanks for the great video. But in Sadiku's book, there is a shortcut method by drawing an extra DELTA or a Y in the given figure.
Thanks! Super helpful video :)
Thanks for your teachings appreciate it!
Thank you, well explanation!
Simple and elegant
Love the video! You explained things very well.
Thanks, that helps alot!👍
thank you. great explanation
You really helped me thank you ❤️ make new videos asap
เข้าใจขึ้นมากเลยครับ
Thank you for teaching. smart guy!
Thank you!
great explanation!
Great video lad
Thank you, sir.
what are you doing here Leonardo?
keep going bro :)
thank u from saudi arabia
Thanks for saying in 10 minutes what my lecturer took 40 mins to explain😅
awesome
Nice video
very good
Where the proof of the formula comes from still confused 🤔
Thank u
I like you man
thx bro
thanks
why delta transformation tho
Do you need a new pen?
Thanks sir
Learning this in 8th grade physics. This was extremely helpful!
Bruh I'm in uni learning this haha
Geo
Khan Academy confused me. Thanks!
same bro i came here bc i didn't understand the khan academy post
oh my god i did the same video in french, internet is really a great thing
good explanation, take a deep breath and be confident you explain well.
Nice video I have learned new things in this video!
Your handwriting is amazing!
Thanks man, even although this video before 5 years but still useful.
ua-cam.com/video/CEEk2ZOG6YM/v-deo.html
Its very easy
thanks a lot ! saved me night before exam :D
ok but what if you got inductors too in the load, do you still add everything up?
great sir thank you very much 💚
Thanks alot for simplifying everything.
Thank you very much sir ! Great explanation
Easier to use G, conductances, in going from Y to Delta, as the equations have the same format as used in D to Y (for example, G1G2/G1 + G2 + G3, for each Delta resistance respectively).
Gc = G1G2/(G1+G2+G3)
Excellent video.I learn so simply
Thank you so much for this!!!
Hi
Thanks for the great video. But in Sadiku's book, there is a shortcut method by drawing an extra DELTA or a Y in the given figure.
Thanks! Super helpful video :)
Thanks for your teachings appreciate it!
Thank you, well explanation!
Simple and elegant
Love the video! You explained things very well.
Thanks, that helps alot!👍
thank you. great explanation
You really helped me thank you ❤️ make new videos asap
เข้าใจขึ้นมากเลยครับ
Thank you for teaching. smart guy!
Thank you!
great explanation!
Great video lad
Thank you, sir.
what are you doing here Leonardo?
keep going bro :)
thank u from saudi arabia
Thanks for saying in 10 minutes what my lecturer took 40 mins to explain😅
awesome
Nice video
very good
Where the proof of the formula comes from still confused 🤔
Thank u
I like you man
thx bro
thanks
why delta transformation tho
Do you need a new pen?
Thanks sir
Learning this in 8th grade physics. This was extremely helpful!
Bruh I'm in uni learning this haha
Geo
Khan Academy confused me. Thanks!
same bro i came here bc i didn't understand the khan academy post
oh my god i did the same video in french, internet is really a great thing