Electrical Engineering: Ch 3: Circuit Analysis (20 of 37) Nodal Analysis by Inspection: Ex. 4

In this video I will set up the equations to find the 3 voltages of a circuit with 2 current sources using nodal analysis by inspection.

Next video in this series can be seen at:

[Ntech]

Great job! Had no clue what my prof was talking about when he did this, but you explained it in 8 minutes. Thank you!

[markanthony]

An amazing lecture.... So calm and so easy to Bravo👏👏👏👏

[thelecko]

Thankyou, I struggle with my teachers delivery method and you just made it crystal clear.

[CaptainCalculus]

I get v1=10.1772, v2=9.22895, v3=15.3395

[DARK_ANGEL]

This was the video I was searching for

[HassaanALal]

whoa, damn. That lecture was sooo awesome.

[sergioh]

Ugh I love you man. Thanks for saving us students.

[Kradle]

Dang. This is a pretty clever way of setting up the matrix

[jacobkamphaus]

that was the most impressive display of linear algebra I have ever seen

[ivocapella]

Ótima explicação. Muito bom. Obrigado pela aula!

[chungmingkwan]

AMAZING, THANKS YOUR TEACHING. AND VERY DETAILED, PATIENTED TEACHING..

[elijahparker]

Wish you were my Circuit Analysis professor :)

[noraniad.disimban]

This is what I got:
D=0.132
1) 1.345
2) 1.216
3) 2.02
V1= 10.189 V
V2= 9.21 V
V3= 15.30 V
Kindly correct me if I’m wrong.

[maryclaireokoro]

It was fast and easy to understand sir . Thanks so much

[AAAAAA-esrm]

Dear Mr. van Biezen,

I would like to ask you how you know where to assign the nodes in the circuit and why you said that above v1 you have one node instead of two form 0:34 to 0:38. Also thank you for answering so quickly to my comment in your video about the Thevenin's Theorem.

Thank you.

[TheFlyingMonkey]

Thanks a lot for the help. One minor improvement is that your handwriting script for the number 6 and the letter G look almost identical. Considering changing the G to be different than a 6 :). Cheers

[JustTwoCrows]

Thank you for your videos, they are a huge help. Could you use source transformation to change the current sources into voltage sources, and then use mame to solve the problem?

[jardelkaique]

I would like to know how to proceed if there is no direct conection between node 1 and 3, how do I get g(1, 3)?

[YouKnowMeDuh]

1:35 Woah, your voice went really wonky and it startled me!

[mohammedhasan]

thank you professor for yours awesome lecture