Learn to transform a wye to a delta or a delta to a wye and solve questions involving them. We cover a few examples step by step.
🟦Combining Series and Parallel Circuits:
🟦Basic Concepts of Circuit Analysis:
🟦Ohm’s Law and Kirchhoff’s Laws:
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Intro (00:00)
Find the value of I0 (04:14)
Find the value of (06:17)
Find the value of I0 (09:06)
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Books used:
📘J. D. Irwin and R. M. Nelms, Basic Engineering Circuit Analysis. Hoboken, N.J: Wiley, 2011.
#circuitanalysis #circuit #circuits #resistors #ohms_law #seriescircuit #parallelcircuit #electricalcircuit #electricity #delta #wye
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good video
But how does this transform works? Is there a way to derive the logic behind the equations?
THANK YOU
You don't know how many times I cried because I couldn't understand all of this, my teacher didn't teach but you saved me thank you so much you made everything so easy and understandable under 15 min is crazy
ty i will get good marks cuz of u. thank you anil kumar rajput sir
best channel for EEE I've come across. Trust me I've seen many.
THAT IS THE BEST VIDEO ABOUT DELTA TRANSFORMATIONS, THANK YOU.
when i add 2 resistors in series and they arent on the same horizontal line how do i know where to draw the new resistor?
are there like no wrong answers to where i draw the new combined one i just have to draw it in a smart way so that i can make use instead of putting myself in another loop?
Man thanks a lot…watch your video just 30 min before the exam…nd got right all the things
6:47 , the 6 ohm , 12 ohm and 18 ohm form delta right?, if so based on what do we pick one of the 2 options?
Love u sir respect from Pakistan, I am very grateful ❤🎉
THANK YOU, this is so easy to understand! This really helped with my homework.
help me with my elem electrical engineering, thanks man!
Thank you so much! You explain these things so well.
Best explanation possible.
Wow, thank you so much. God Bless you
Wow, thank you so much. God Bless you. I see it now
agreat man
May God Bless
i love you
FINALLY A VID WHICH IS EASY TO UNDERSTAND SOBS
For example @4:17. If I solve the bottom half I get the same 15/7A total current but a different Io value… Why?
Amazing content, keep it up 👍🏼
Thank you very much
Thank you soooo sososososososososososoosos much love this video wow
Hey, What do you make your videos on? Any tips/channels?
Very well done. You should keep a written copy as well. This should drive people to your website quite often.
1st time to watch your videos after i lost hope in Ai,
man you are so good it seems I will continue the whole course with you
Thank you very much sir, you make learning abit more fun. When I become successful I wont forget to monetarily thank your channel.
At 6:08, did we only find current going through the 12 ohm resistor because in our initial diagram, we see Io last leaving the 8 ohm resistor? (knowing that the 8 ohm and 4 ohm were combined in series to make the 12 ohm resistor, so Io technically left the 4ohm and 8ohm resistor before combined into one resistor)?
Greatly underrated
At 11:10, why is the 6 kiloohm resistor parallel to the 12 kiloohm resistor?
I'm starting Uni in a few months for Electrical engineering – this seems like good prep, thanks for the vid 🙂
Great Explanation! Easy to follow and understand
I will have a test tomorrow from this, hope I pass
Thankyou for these in-depth and concise videos. At 8:46 you mentioned that 2 ohm, 6 ohm and 18 ohm resistors make a Y. Can we use 2 ohm, 9 ohm, 6 ohm resistors as a delta to be converted to Y? Why or why not?
for the problem at the minute 6, can we also restructure the schematic to the Y one using the node b as the center? I noticed that the way you intuitively assumed the possible resistors in Y formation is by looking at the node where three resistors are connected to while the other ends of each resistor connecting to different nodes. I am sorry if it is confusing. My english is not the best.
master class in teaching
Heyy great content!! Can you do a video on source conversion, thevinin (resistor and voltage), conductors and inductance?
Can't we just apply mesh law at 4:55
Man, I love your content. Thanks to you, I passed thermodynamics but failed the circuit. Now, thanks to you, I will pass the circuit as well.
Great content as always!! excited to see your mesh and nodal analysis next🤩
Hey man keep doing what you're doing this content is literally amazing
Too good man
Would love to see magnetism and one specific topic of Tension calculation in circular motion via string ques too
Yes, but why does it work?