Electric Flux and Gauss’s Law | Electronics Basics #6

[@hanafarhana136]

This 13 minutes video makes more senses than 2 hours of lecture

[@nvmbelladonna]

I find this very true. This helped me more than my prof.

[@richiearellano5907]

hahahahah it's funny but absolutely true. this video very useful

[@anaslamaiz2079]

yeah but i finished it in 3 hours lol

[@OlaAremu]

a gift from God

[@believer8754]

@@nvmbelladonna ur welcome

[@mjl7810]

I learned more than what I learned this whole semester, pray for me I have final on this tomorrow

[@hamidalrawi9723]

How did you do ?

[@OmarKhaled-em2mf]

Me too. Brother. Me too.

[@ahmaddude1423]

Sooo...hope you guys did best in exams😅 its my time to learn this topic😂

[@OmarKhaled-em2mf]

@VaIbHaV YaDaV Yeah, starting 28th of May.

[@OmarKhaled-em2mf]

@@ahmaddude1423 I did great! Atleast I passed.

[@billh1337]

My teacher goes through this so quick because it is review for him... here I can go at my own pace to really absorb the information how it should be. Thank you HtM!

[@SPidrmAN_2099]

i am an indian student and tired of those multiple ou tube channels trying to convert concepts into lectures, i love these kind o f animation explnation, and the spanish accent was the cherry on top

[@michaelhenman4887]

This video helped me solve a problem that was literally driving me to tears. Lecturers give us 10 different equations in a lecture, but without good examples like in this video it is very difficult to know how to use them. Amazing how much difference one 13 minute video can make. Thank you so much!

[@HowToMechatronics]

I'm glad to hear that!

[@karthigamanivannan7922]

wow.....really it was so clear.....one week classes=13minutes video....thank you for explaining concepts in a very precise and clear manner in a very short time....

[@minaf6311]

WOAH THIS WAS A LIFE CHANGING EXPERIENCE

[@nutansingh1160]

Same here dude

[@shree-nf3fp]

Life changing experience ??????😁

[@TheStarDreamer]

For People who are Confused with the symmetry thing: We Are taking 3 types of symmetries (Sphere, Cylinder, Vertical Cylinder), So that the Electric field vector at any point should always remain perpendicular to the Area (Parallel to the Area Vector), Because of this the Value of Cos∅ is always equal to 1, which saves us from some complicated Integral Calculations.

[@neelwankhade9987]

I am not confused but appreciate you

[@Shazzy_Gees]

Spectacular explanation! Before this i couldnt figure why we study Gauss' Law.

[@iamfatima2197]

This video completely taught me everything that I even didn't learn in 2 days but now I learn in 13 mins. Wow

[@hebayahya6250]

This was the best explanation video I've seen so far. Thank you so much!! if you have a problem in understanding the flux' concept just watch this video, no hesitation

[@yahiyakhan8851]

Heba is my sister's name and yahya is my name ☺

[@officiallodhi3967]

@@yahiyakhan8851 Great 👍👍👍👍

[@officiallodhi3967]

@@yahiyakhan8851 I am from India, from which country u are watching this video ?

[@vishalchenduranandan3462]

@@officiallodhi3967 yo im havin de same doubt...

[@Krypothax]

this video is far better than most of the coaching classes and online platforms

[@jsteez96]

YOU SAVED MY LIFE OMG, MY PROF IS SO SMART I FEEL LIKE HE CANT GET THE POINT ACROSS RIGHT BUT THIS RIGHT HERE IS GOLD

[@imnotryaan]

I have a pretty darn good textbook on explaining gauss's law, but wow, this video tops even my textbook!

[@imnotryaan]

@@vishalchenduranandan3462 Matter and Interactions: Electric and Magnetic Interactions volume 2 by Chabay and Sherwood

[@vishalchenduranandan3462]

@@imnotryaan thanx dude...

[@kunaljha5432]

Best 13 minutes I invested in this video

[@yolomolopoko6917]

You should make a playlist of the basics videos

[@tanveer4461]

Yea 👍

[@srinuchandaka3959]

Yeah

[@leomcpie7904]

This is actually well done, it's really clear. The difference is insane..

[@MDShakib-nw3dt]

Very very good lecture.this 13 minute taught me more than 40 minute lecture in my college.

[@udaykiran2427]

How you doing GigaChad?

[@bonkvlr]

the animations are amazing and the overall video is well explained. i like it

[@mashu3151]

Thank you so much for this I was so lost in class and now I'm regaining hope lmao

[@ufgyt100kff]

Same here

[@richardfeynman7332]

You guys are speaking about semesters and stuff, but i am a typical Indian12th standard student watching the video for my 20 Mark test😂😂😂😂

[@neharikaravi2914]

OmL yess me too😂😂

[@cynosureissue7140]

Me too for neet

[@hackerlight429]

Sahi pakde ho

[@uniquescience7047]

me too for JEE

[@ambientscience2951]

same

[@sattarabdul7899]

I really wish that I could have teachers like this in mid eighties !

[@erore4047]

Bro you are a legend i have an exam of this tomorrow and you help me to know more what i was doing. Thank you ❤

[@meomap83]

This video is so helpful. It saved me 4hr in order to reading the book

[@sanjujohnson5523]

Finally reached at the right place... We need more people like you

[@conceptsapplicationofphysi8814]

Awesome explanation and use of animations makes understanding so easy - thank you, so much!

[@solysteria]

What is this magic? I cannot believe all the struggle of 2 weeks is gone in 13 minutes. What can I say, thanks!

[@Nenufort]

What seemed so confusing in class turns out to be terribly simple. Thank you!

[@ananyarao3918]

I knowwww right

[@kingtancred]

This video is really well done and hits a great balance point between general equations and principles and specific examples that help you understand them

[@annumaurya07]

I'm from India his video classes is most helpful in my studies

[@anaghadusane6757]

Cleared almost all concepts in 13 mins 👍👍👍

[@johnex04]

You just saved me from a headache 😊 Now I don't need pain relievers

[@krsureka6549]

I like ur language, its funny and cool to understand too. I have exam this monday, thankyou 💓

[@GamStrwaberry]

I will be able to get a A degree of physics! Thank you!

[@avr4h]

Hey! Could you explain to me the meaning of your name 감성딸기 ? I know 딸기 means strawberries, but when I google 감성 it means 'Emotion'. Could you provide an explanation, please?

[@vishalchenduranandan3462]

@@avr4h i tynk its emotional strawberry

[@avr4h]

@@vishalchenduranandan3462 Ah, should have guessed... thanks!

[@oaycomotnguoicanuocshopeeg504]

Omg ❤ thanks a lot, its worth than spend 2 hours reading without understand a thing

[@JAK-rb6jc]

LETS GOOO. JUST learned how to use "the gauss's law"

[@karthikeyamnv6219]

nice experience for me to learn these topics thank you for making these videos

[@EriiikaGuerra]

OH MY GOD nobody ever explained this so clear!

[@nolapickering1917]

This is wonderful. The visuals are extremely helpful and the way you explain everything makes sense. My textbook is comparatively very confusing

[@erenylmazer356]

I got a exam tomorrow If I pass I keep my 8000€ scholarship and I will edit this with the result . If I pass it is thanks to you man.

[@erenylmazer356]

I passed man thanks even though he didnt ask this topic on the exam :D

[@philnightjar1971]

@@erenylmazer356 Good luck with your scholarship dude 👍

[@hoyamsaleh3851]

Thank you , you really saved me

[@x_keamas]

You helped me than my professor thank you bro❤

[@TanteiGH]

This video was a TRIP. Omg so good. You get a like from me good sir!!

[@ashna9350]

Thank you for such an amazing animated vid.

[@calebleatherwood4717]

Extremely helpful! Thanks !

[@HowToMechatronics]

Glad it helped!

[@dureengracedurango605]

Doo kaya mu yarnnnn naa rako dree!!!😭❤️❤️

[@amulythakan5478]

That last okay ❤ Thankyou sir for this nice explanation 😊

[@trickytick5692]

Best lecture in 13 min bro

[@sudhavishwakarma5511]

My physics exam is on 8 this video is really a very helpful please prey that I clear the exam

[@rajvichouhan3607]

the presentation was actually good and understandable !

[@nplusw5812]

dude, you save my life, awesome video

[@GamStrwaberry]

Thank you for supporting my report :-)

[@Simply_Physics_withAJ]

Its very very useful... finally i understood the concept very clearly... thank you mechatronics🥰🥰🥰❤

[@HowToMechatronics]

Glad to hear that!

[@dulapiip]

Holy shit that was so good, the animations did the trick for me man. Goddamn kudos for all the effort that has been put in this video, it was so smoothly explained man, love ya'll.

[@MertAkgunn]

What a perfect explanation!

[@Shreesaraswati7]

Now understand that electric flux is for open surface and gauss law is with enclosed

[@hiranyam]

Nice explanation. On the lighter side, it felt like i sat in Dexter's laboratory and listening to him without interruptions from his sis. 😁🤓

[@srinuchandaka3959]

Wonderful Explaination... Keep Rocking and do more videos like this.. We'll always here to Support You.

[@HowToMechatronics]

Thank you so much 🙂

[@guilhemescudero9114]

this seems really close to the excellent Walter Lewin lecture…but faster and with really good animations! So, thank you

[@shadensaleh8607]

so helpful thank you

[@shareenm.diengdoh7274]

This video is a life saver

[@hakaishinop5775]

You teach really quick and easy thanks man

[@bhuvan8760]

Your graph for spherical shell was wrong... Except that everything was good..I liked it

[@justanormie69]

Best vid I found on this topic ! Thank you

[@roy09arijit]

It clears all the basic concepts

[@ms00x22]

thanks so much outstanding work

[@troy1eighty2]

Nice visuals to help students understand.

[@gurjindersingh9354]

It's very useful to learn in the easiest way! 👍

[@murad1202]

This video made my sleepless night better THANK YOU !! (And fuck electromagnetism also.)

[@vithiyananthanesanmanuelje3772]

It's a fabulous we have learn very fastly than lecture

[@zakirhussain-js9ku]

I think electric flux & electric field are different entities. Electric flux is a physical entity measurable by its density while electric field is force with magnitude and direction. A charge is surrounded by electric flux which decreases as per inverse square law. There is no field around a single charge. Electric field appears only when flux of 1 charge interacts with flux of other charge. In case of similar charges flux b/w charges increase which produces a push/repulsive force while in case of opposite charges flux b/w charges decreases which produces pull/attractive force.

[@kamandshafieha8435]

dude you explained that so well wow

[@ranjithKumar-eg7ln]

Superb explanation sir .thank you and i hope you will make more videos for them.

[@odiraisaac7037]

I found this crucially helpful..thanks so much.

[@amaanihamid528]

this...is a lifesaver thanks man

[@rlenn6512]

So the magnitude of dĀ is equal to the area of the rectangle/square dA?

[@ratnavallisekuru4784]

one clarification , you have stated that electric flux is the flow rate of electric field through a surface which becomes E/t

[@ΠέτροςΧατζηχριστοδούλου-ψ9σ]

don 't get me wrong the video is great but these voice cracks crack me up

[@rubaabkam6430]

10 out of 10

[@MegaOfficeHours]

Excellent explanation. The visuals and the formula proofs are on point my friend. Very helpful. 😁

[@HowToMechatronics]

Thanks!

[@jack_of_all_trades_Tarik]

The best explanation ever. Thank you so much

[@Varde1234]

Thanks for breaking down some of the concepts and throwing some math in there to connect it.

[@sathiskumar9427]

Really great visualisation 👌👌👌👍

[@rhythmcabrera7979]

Great vid man

[@tomc642]

Wish I had this in undergraduate physics. It seems that for Gauss’ Law to work, the charge needs always to be in the center of a surface. This maybe is not realistic, but works as a first approximation.

[@MN-sc9qs]

Gauss's law always works, but it can actually be done easily if there is symmetry to exploit in the problem. That is why most of the undergraduate problems will have charge distributions that are planar, spherical, or cylindrical in shape.

[@tomc642]

Marc Normandin Agree, Gauss’s Law applies everywhere, but it can be easily solved in only a few practical cases. Though, there are probably mathematical or computational methods to solve more complex cases, like electric fields in semiconductors.

[@bloodyscare9]

This was an amazing video, very detailed, clear and easy to follow. Thank you very much!

[@AhmadRaad-j7g]

Very useful amazingly described video.

[@seekingseaker]

*clap* *clap* Great explanation and great graphics. Danke

[@katiakominski432]

7:22 why is the electric field inside the sphere 0? Don't the outside charges still cause inwardly-directed field lines? Or is it that they cancel each other out?

[@logannewport7487]

They cancel out

[@deborasielphe2401]

Hello. 3:25 What do you mean by saying entering and leaving flux? Actually I can't imagine flux as a physical consept.. Can you help me with the intuition? And what exactly flux is? thanks for the video..

[@ninakoko5337]

Yay thank you. You explained everything in a simple way

[@sammy5576]

at 10:26 why is the third symmetry needed, as the field lines are perpendicular to the plain the flux through the end is not dependent on distance??

[@shazaam6570]

Compare and contrast of electric flux and gauss' law. Please answer, thank youuu

[@manigrewal8107]

Here's your 👑 .. king !!

[@KhurshidKhan-lg9ok]

Great sir, I am from Pakistan.

[@amuthapriyaa]

so helpful nice it was easily understandable thanks bro 😊😊

[@ashleythorshov3606]

phenomenal video! THANK YOU

[@nutansingh1160]

Bro i ❤ you U r the gr8 What an explanation man I'm your newest fan and subscriber

[@cdelcarmen90]

Thank you for taking the time to put this together, it was extremely helpful!

[@samuellai1908]

This video is too smart to exist