Mesh Current Problems - Electronics & Circuit Analysis

This electronics video tutorial explains how to analyze circuits using mesh current analysis. it explains how to use kirchoff's voltage laws combined with ohm's law to calculate the electric current flowing through each resistor as well as the electric potential of each node.

Basic Electronics For Beginners:

Electric Power & Cost if Electricity - KWh:

Electricity - Basic Introduction:

Wire Gauge & Amperage:

Intro to Multimeters:

The Wheatstone Bridge Circuit:

____________________________________
Node Voltage Method Circuit Analysis:

Norton's Theorem Circuit Analysis:

Thevenin's Theorem Circuit Analysis:

The Superposition Theorem:

Maximum Power Transfer:

__________________________________
Final Exams and Video Playlists:

Full-Length Videos and Worksheets:

[arsdwalos]

this guy is two videos shy of teaching how to build a rocket. he knows everything about science. respect.

[alejandrogutierrez]

I understood mesh analysis more in 30 minutes from your explanation than I did from my 2 hour lecture. Thank you!

[camielkotte]

Your vids make me wiser most of the time.... If they don't.... They make me sleep real good.
I value both out comes!!!!

[ruchir]

This guy helped me get through middle school and high school . Now I am in college and I still depend on his videos to make it through.thanx mate keep up the good work!

[corey]

he is so clear when teaching we can all understand when he corrects himself

[.Abdulrahmannn]

As an electrical engineer in college, I must say I am impressed with your way of explanation. good job.

[gopinath]

you helped me when in school
now in college


thank you

[chloegrubb]

Thank you for everything. You literally save my grades in every class.

[jeffspaulding]

This kind of video is great for people like me who just do electronics for fun. I've got a career and no interest in becoming an EE, so I can't justify going back to school for this stuff, but I can justify spending a bit of free time on my hobby. Thanks!

[dayannvvvf]

At this rate, i just should have paid you instead of my university tuition fee😌

[md_nawshin_zaman]

Understood from a 27 min video that I couldn't done from a 3 week class 😅

Salute to this guy

[RishiVaish-ymnr]

Thank you so much, sir. You've explained the imp details which my lecturer missed to do...

[Harumy]

Thank you for this video! I've been confused with my teacher's method because when I change the direction of the loop, it no longer works but this still works whatever the direction of the loop was. Again, Thank you!!

[kurthayes]

At 14:00, why does he put 8(i1 - i2) instead of 8(i2 - i1) when i2 flows through the positive of the resistor so shouldn't i2 be positive and i1 be negative?

[sanelekhalala]

My real teacher....thank you brother keep up with the excellent work sir

[ngk]

thank you Sir! youre helping a lot of people! ur vids are much easy to understand compare to others! God bless!

[onwabankosana]

totally sastisfied i am always watching your videos for all my modules youre my first option

[obioramichael]

This guy spits so many facts at a time. I'm so grateful having found your channel. I really do appreciate ✊🏿

[سبحاناللهوبحمدهسبحاناللهال-نض]

I was confused as well but the answer is actually correct because there are two ways to solve this.

1) (His way) to keep the polarities constant in each loop while using the previous current calculation.

2) (another way) To change the polarities according to the current flow direction and input the new difference in current by giving priority to the current that is in that certain loop.

Both ways result in the same answers.

[ntombizakhexego-jimlongo]

I always get clarity in your videos. Thank you, Sir. Highly appreciated