Kirchhoff's Voltage Law (KVL) Explained

In this video, I will explain one of the most important issues that we need to know in order to analyze electrical circuits. Kirchhoff's Laws is one of them. There are two laws, current and voltage. Although it seems very simple, we unfortunately have difficulties in other subjects when we do not learn the basics well. In this video I will explain Kirchhoff Voltage Law. In the next lesson, I will explain the current law.
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[@jwilham]

thank you thank you thank you. watched 4 videos that made a simple concept into an overcomplicated explanation. This is the first video that just explains this law strait forward and shows you how and why the calculations are done. Then moves on to more complicated circuits.

[@tashrifmahmudraiyan4119]

Finally I have understood this thing. Thank you❤

[@something7437]

This channel is probably going to help me pass EE studies.

[@electrifyingvids3545]

Quite a helpful video explaining KVL. Helped me get a stronger grasp around the idea.

[@eeapplications]

I'm glad it was useful 🙏🏼 Thank you so much ☺️

[@aagaatje]

nicely explained. At 2.57 there is a little mistake in the video. I.R1 +I.R2 + I.R2 (Last one should be R3)

[@pardonmaposa780]

Helpful lecture

[@ucnguyenquoc3666]

very good video, can you do more simulation of the electromechanical circuit, instructions on how to detect the basic circuit, thanks!

[@eeapplications]

I'm glad you like the video. Thank you 😊 I'll continue to produce similar content 🙏

[@ashoktiwari2159]

Very very helpfull

[@eeapplications]

Thank you so much ☺️🙏

[@Osha10711]

so helpful

[@calebcotter2850]

Man I feel stupid, I’m sure this is very easy for most people understand, but it just seems like an alien language to me.

[@Savage22223]

Sound like Me & you in the same boat

[@willieriggi]

You seems that you know every language around the world, ass don't do any stupid comments.

[@cuddlebug8106]

Where do they get the 1.2 and 1.3 K ohms??

[@joshuas390]

​@@cuddlebug8106its not 1.2 its "I times 2" as in an upper case "i" its in place for amperage/current.
I'm trying to learn this magic too. I've spent 2 days trying to figure out all the letters and stuff.

[@jrsnowden25]

Just keep going searches on the tube. Up until last Wednesday, I was in the same boat with all kinds of math, from algebra to trig, to logarithms, to scalers and vectors. Now I’m trying to understand kirchoffs laws and physics.

[@sudhakarkaduru]

I LOVE THIS THK YOU ELECTRICAl APPLiCATION!!!!!!!!!!!!!!!!!!

[@eeapplications]

Thank you so much ☺️🙏🏼

[@willieriggi]

Fuck, don't make any stupid comments.... this is really cool and easy to understand. Thanks 🙏.

[@gholamalialmasi8906]

marvelous thank you so much

[@eeapplications]

Thank you so much ☺️🙏🏼

[@RLDacademyGATEeceAndAdvanced]

Nice presentation!

[@eeapplications]

Thank you so much ☺️

[@VSongu]

The direction of a circuit is by convention from the positive pole to the negative pole. This is known as conventional current flow. However, the actual flow of electrons is in the opposite direction, from the negative pole to the positive pole.

[@valentinaarcila7685]

Now im confused is it starting with the negative or positive

[@m.wisyahaziz2364]

Very helpful thanks

[@eeapplications]

Thank you so much ☺️

[@ElectroRestore]

Aside from the fact that it is the electrons that move from the negative terminal to the positive, the vide is ok for calculation Kirchhoff's voltage law.

[@jp040759]

Modern electronics uses the convention of "conventional" current NOT electron current.

[@Swenser]

Can you do a video on grid tied inverters and how the grids positive wire is simply tied to the inverters output positive wire and how the flow of energy works. Nobody addresses this on the YT that I have seen.

[@thorhedderich]

Very nice explanation.

[@eeapplications]

Thank you so much ☺️🙏🏼

[@kjamison5951]

Me in 1989: “Huh?”
Me today: “Ah! Thanks!”

[@jp040759]

You should have said the voltage DROPS in the loop add up to zero. Saying the voltage is "consumed' is misleading. Otherwise it was great.

[@balloney2175]

Can I say "Zeroing a voltage is voltage wasted."?

[@epolytechnic1199]

Good.
E Polytechnic. A Technical channel.

[@eeapplications]

Thank you so much ☺️🙏🏼

[@nickayivor8432]

👍

[@frankroper3274]

I'm sure it would be helpful if the computer slowed down and didn't talk so fast!

[@memirandawong]

For me yes, but I just pause the video.

[@u_ditha]

Before - 😟
after - 😎

[@eeapplications]

😅

[@John-ds6jz]

Why we put another voltage source even opposite to another source ?

[@eeapplications]

To control the source that can supply larger current with a small voltage source.

[@John-ds6jz]

@@eeapplications thanks

[@jerichowall8185]

@@eeapplications Is it not better to control voltage with a variable resistance?

[@runningbaum9430]

Is this a teaching video, for beginners then why aren't you keeping it simple. Not sticking to volts, omhs and amperes but using volts and then kilo-ohms and then little milliamps becomes a math lesson tied into a lesson on fundamentals. It does not work well. Students master basics first then they move on to more complicated thongs.

[@jp040759]

This is the very foundation of learning electronics

[@GiC7]

Master

[@kanchankondhare]

💞🌹💞

[@alainsavage]

You speek to fait, just take your time .....

[@martinkuliza]

I disagree, i think the speed is just fine
but then you can't spell SPEAK or FAST
so.... yeah
Why don't you use the speed settings in your browser
to slow his speech down ?

[@markfinn825]

At 4 minutes and 20 seconds current times 2k is written as I.2k your video is incorrect.

[@amiraslam7758]

it is I times the 2. the dot is showing multiplication.By the way its the best video on KVL on the internet.Dont judge someone if you dont know simple multiplication.