Electrical Engineering: Ch 11 AC Circuit Analysis (12 of 34) Mesh Analysis Ex. 1 (Part 1)

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We will find current, I=?, in mesh 2 from bottom to top of a circuit that has 3 meshes. To solve, we have to add up all the voltage rises and drops in all the meshes and solve the equations simultaneously. (Part 1)
In this video we will solve the problem till we have the matrix of the 2 equations and 2 unknowns.

Next video in this series can be seen at:

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I made YouTube videos about Nikola Tesla which inspired me to learn more about electrical engineering. Your video has been a great learning for me 🙏

bodyofalegend

Oh thank God! Finally u've continued the series! A humble request, plz complete the electrical engineering series. God bless u !

proudsoul

Very good explanation...with a Casio fx - 9860G SD calculator (or its Emulator) you can solve this matrix problem for I1 and I2 very fast and easy!!!

guntergerdjuliovaderramaso

Thanks a lot teacher :) My circuit analysis final exam is 97 thanks to you:)

gzoxmr

Hi Prof Michel. I miss you so much, because this semester, i do not have any courses that your channel cover and its not good. I have microelectronic 1 course this semester that is about semiconductors including diodes and transistors and... . I searched youtube but unfortunately i did not found a comprehensive and perfect course like the way you teach. I hope you introduce a course on this topic soon. ❤❤

RiaziMohandesi

sir I'm from India Ur studying very well iluvuh sir love fromm India

odiavideos

It would be great if you could paste the link to the first lesson in a series, so that when YouTube suggests a video from the middle of a series, it'll be easy to navigate to lesson one.

aram

Quick question ⁉️
Why is it that for resistors that are shared by say loop 1 and 2 the current flowing through it is (I1- I2) when considering loop 1 and (I2-I1) when considering loop 2. Why?

majwin-

Could you explain why we don't need to apply super position theorem to this circuit given the two sources have different frequencies.

thomascal

Professor I have a doubt why we are not including -j2 and j10 in loop 3

chandrasekarannatarajan

Sir I don't understand why you chose your current direction to be negative, does direction matter anyway? I tried with different direction and got delta as 60 and not 68, please help, thank you.

conniemaekiso

My circuits have no marking of the direction of the current for each mesh? How do I determine the direction of the current if there aren't any arrows?

rabbitazteca

Watching this in 2024 and it is still helpful ❤❤️👍

Explrer.

Professor, we need some videos on JEE Adv...
It would be of great help to us.

nithins

Electrical Engineering: Ch 11 AC Circuit Analysis (12 of 34) Mesh Analysis Ex. 1 (Part 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (1 of 34) Introduction

Electrical Engineering: Ch 11 AC Circuit Analysis (4 of 55) Nodal Analysis Example

Electrical Engineering: Ch 11 AC Circuit Analysis (10 of 55) Nodal Analysis Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (12 of 34) Mesh Analysis Ex. 1 (Part 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (33 of 34) OP AMP Circuit: Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (2 of 34) Overview of the Techniques (Part 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (3 of 55) Overview of the Techniques (Part 2)

Electrical Engineering: Ch 11 AC Circuit Analysis (11 of 55) Nodal Analysis Ex. 2***

Electrical Engineering: Ch 11 AC Circuit Analysis (5 of 55) Mesh Analysis Example

Electrical Engineering: Ch 11 AC Circuit Analysis (32 of 34) Thevenin Equivalent Circuit: Ex. 4

Electrical Engineering: Ch 11 AC Circuit Analysis (21 of 34) Source Transformation: Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (28 of 34) Norton Equivalent Circuit with Load

Electrical Engineering: Ch 11 AC Circuit Analysis (25 of 34) Norton Equivalent Circuit (Basics)

Electrical Engineering: Ch 11 AC Circuit Analysis (29 of 34) Thevenin Equivalent Circuit: Ex. 2

Electrical Engineering: Ch 11 AC Circuit Analysis (24 of 34) What is Thevenin Equivalent Circuit?

Electrical Engineering: Ch 11 AC Circuit Analysis (31 of 34) Norton Equivalent Circuit: Ex.

Electrical Engineering: Ch 11 AC Circuit Analysis (27 of 34) Thevenin Equivalent Circuit with Load

Electrical Engineering: Ch 11 AC Circuit Analysis (18 of 34) Superposition: Example 1

Electrical Engineering: Ch 11 AC Circuit Analysis (9 of 55) Norton Theorem Example

Electrical Engineering: Ch 11 AC Circuit Analysis (22 of 34) Source Transformation: Ex. 2 (Method 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (34 of 34) OP AMP Circuit: Ex. 2

Electrical Engineering: Ch 11 AC Circuit Analysis (20 of 34) Source Transformation (The Basics)

Electrical Engineering: Ch 11 AC Circuit Analysis (8 of 55) Thevenin Theorem Example

Electrical Engineering: Ch 11 AC Circuit Analysis (30 of 34) Thevenin Equivalent Circuit: Ex. 3