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

preview_player
Показать описание
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

Subscribe for more electrical engineering tutorials!
Рекомендации по теме
Комментарии
Автор

It is really a waste of time and money paying for school fees. Just YouTube and there you have it. Better quality explanations complete with sophisticated animations and a deep, sexy voice. Bravo !

davidchang
Автор

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

jgetre
Автор

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.

philipwilkie
Автор

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

aasaithambi
Автор

the most useful and most understanding video for meh on this topic ❤

Fizahv
Автор

very clear explanation. thanks for your very helpful videos.

chrisposiquit
Автор

U are making my life easy.. Do you have those notes or slides?

geraldwellem
Автор

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

Ben-uftg
Автор

The world's best teacher thanks sir

kabandajamir
Автор

You video is fun to work with thank you for your clear explanations💞💞💞

crystalmacau
Автор

Great explanation + great animation = greatest video, it is better than all videos in Kirchhoff law
Thank you 👍👏

Bereket-owky
Автор

Please upload thevenin and norton's theorems

manjeerapalagummi
Автор

Sir, why at the example no. 02, the source at right side, before the + on the top then at the second you made it to be - on the top?
Could you explain it to me
Regards

UcoK
Автор

Nice animation. Great content. Bravo 👍

youssefadam
Автор

for example, if same question came in MCQ type exam, and my current values are negative then how should I choose correct answer ?

gorang_vashist
Автор

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

muftahibrahimsahoub
Автор

I don't understand why is the equation 5- equation 4 multiplied by two? and why is it multiplied by 29 and (3I+10I)? Minute 22:11

Krawdad-kn
Автор

22:09 can you explain why you used 2×(5)-(4) equation. Why not (5)-(4).

SajeduzZaman-khrm
Автор

at 22:10 number 2 come from where? "2" x eq 5 - 4.

filyz
Автор

how come the voltage at point C D is 6.7v? if you sum up the voltage drop for the circuit i.e 2.2v +9.8v+6.7v it will be more than the supply voltage which is 12v.

Aggy-cq