Kirchhoff's Laws - How to Solve a KCL & KVL Problem - Circuit Analysis

Struggling with electrical circuits? This video is your one-stop guide to conquering Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL).
In this beginner-friendly tutorial, you'll learn:
The fundamental concepts of KCL and KVL explained clearly.
How to apply these laws to solve real-world circuit problems with step-by-step examples.
Gain the confidence to analyze any basic electrical circuit.
Bonus! We'll also cover some helpful tips and tricks for mastering Kirchhoff's Laws.
Whether you're a student, hobbyist, or just curious about electronics, this video is for you!
0:06 What is circuit analysis ?
0:35 What is Ohm's Law ?
0:57 Ohm's law solved problems
8:38 Why Kirchhoff's laws are important ?
9:30 Nodes, branches loops ?
9:35 what is a circuit junction or node ?
9:45 What is a circuit Branch ?
9:56 What is a circuit Loop ?
11:48 Kirchhoff's current law KCL
12:08 Kirchhoff's conservation of charge
14:30 how to apply Kirchhoff's voltage law KVL
15:58 Kirchhoff's voltage law KVL
16:25 Kirchhoff's conservation of energy
16:55 how to solve Kirchhoff's law problems
18:04 steps of calculating circuit current
#KirchhoffsLaws #ElectricalEngineering #CircuitAnalysis #ElectronicsBasics
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[@jgetre4816]

even the grade 6 student will understand this, very nice to have on this network

[@philipwilkie3239]

Kirchhoff was one of the under-rated figures in science history. It was these first systematic rules defining how electricity flowed in basic circuits that changed electricity from a curiosity into the ubiquitous tool that it is today. For certain there are other figures - Maxwell the most notable - that made essential and magnificent strides, but these basic ideas of Kirchhoff laid the foundation.

[@Savage-lx5yj]

Clear and concise! Excellent 👍

[@aasaithambi8758]

Please provide more videos as beginners like will learn more from that. You are wonderfully great teacher of electrical theory.
AwAiting for more videos please

[@Profmad]

Thank you, I will

[@tritomvanherk518]

Very well explained thanks.

[@kabandajamir9844]

The world's best teacher thanks sir

[@kebugcheck]

you're so helpful...thanks!!

[@nacirasebsi1869]

Thank you so much teacher!!🙏🙏
Sorry teacher at:
4:40 of this video
I1=0.3A
I2=0.6A
Excellent lesson👍👏👏💯🇩🇿🇩🇿

[@Ben5-uf5tg]

in the last example you changed the direction of the voltage source with 0.5 volts which messes up calculations. otherwise great content

[@jeewakanuwantha7561]

Same problem to me

[@DrakeLarson-js9px]

This is Great!

[@muftahibrahimsahoub3497]

Thanks so Much pro mad its very good information and good intimation withe video

[@user-ow3fr3rp3f]

Thank you so much sir ❤

[@robertlinder6414]

Flashback to high school electronics shop

[@BurRun-kt3tf]

Thanks អរគុណ❤

[@farhans2650]

Make a video on MOSFET

[@jondoe3456]

How did you get 40/3 for your answer?

[@Wil_Bloodworth]

I wish I "got it" but this was really confusing. I will have to watch it again and see if it makes sense the second time. I think it was all of the reused label names that is confusing.

[@drmindbender8616]

Current draw

[@whoopsie2122]

@Wil_Bloodworth Don't just watch it. Solve the problem to understand it better because it's really confusing when you just watch it.

[@I_love_electricity]

5:29 Something isn't right. Sould the fraction be 3 over 40?

[@whoopsie2122]

In that area he did not use ohms law. It just means that the value of Rt1 is equal to 40/3

[@oliversalvador8694]

Current flow from negative to positive

[@surgingcircuits6955]

At 4'13", why wasn't Rt = ((R1*R2)/(R1+R2)) enough? Thx.

[@surgingcircuits6955]

Nevermind, thx. Another video filled the info holes.

[@juancarlossaavedra6757]

@1:29 there is a big mistake ! electrons have a negative charge so the current should flow in the other direction ! !.

[@Bedfford]

yes, but in the video the current is in the CONVENTIONAL form, not the REAL. For almost all cases, the conventional flow work just fine.