Trick Electric flux through Cube | Cube Flux problem Gauss law | Cube numericals| TRICKS JEE NEET

[@shreya5203]

Thank you so much sir...I am a jee aspirant and this section is irritating me since 12th now it is cleared deeply...

[@genius1478]

Same here

[@gauravverma196]

mujhe bhi bhut dikkat aa rha h

[@arv39]

This session is irritating me ❌
This topic was irritating me ✅

[@tarunsanatani2716]

It's section not session ✅​@@arv39

[@a4gaming34]

​@@arv39This session ❌ This section ✅ dhang se dekh le bhai

[@somansii]

This video is so useful. Thank you sir for covering all the cases🙂👏🌸

[@ElevateMindset-i7h]

Thanku so much sir I absolutely understood 🙏🙏🙏

[@zayan5128]

11:49 you can't just divide it by 5 there is no symmetry of surfaces. The opposite surface is more farther away than the side surfaces.

[@rishabhsingh7669]

Watched so many videos didnt get the concept clearity ..this 16 min videos clears eCh and every point thanks

[@Alexanderbhai7]

Thankyou sir i am neet 2025 aspirant. My all concept clear thanks ❤❤❤

[@SanjeevaReddy-v7u]

Sir i have seen many videos before this but i didn't get clarity.
This video is awesome sir. This is very useful.
Sir you are very good at teaching
THANK YOU

[@sonisingh6797]

Sir aapko respectfully salute
🙏🙏
Bahut aache se samjhaya hai aapne

[@Janemary12]

Thank you so much sir for this amazing video. All my confusions were cleared in minimum time. Amazing video😊😊

[@sjanakiammafanforever5112]

Awesome session sir❤❤

[@Pranav6172]

I tried to understand in my coaching in class and in doubt classes as well
I didn't get that clarity
After I watched around 10-12 videos on cube cases but nothing works for me
Then my friend suggested me this video
Nd I am very thankful to you sir
No hate to any teacher
But mene MR sir se bhi padha lekin phir bhi sanjh nhi aara but aapne toh ek hi baar me ekdum dimag me fit kr diya
Thank u so much sirr❤

[@PradeepKumar-sb8qt]

Mene topic pda or ab 1st time video dekhte hi bilkul shi smj aagya❤
Thanks sir 🙂😊

[@legendarygaming1306]

11:41 here flux through surface cant be calculated due to assymetry

[@megharaj5384]

Thank u sir ❤️❤️❤️ bhut useful and helpful video lgi 🥰🥰🥰

[@Randomanonymous234]

At 10:26 a doubt why will we need only another cube when it is on surface? Because all though length wise it will be equal but width will be half or symmetrically it will be incorrect

[@kaiserakbar1770]

Flux linked with the cube thk kia hai inhune kyunki symmetrical hai but flux linked with one surface galat hai kyunki har surface pe yahan flux same nai aayega...4 surfaces pe alg hoga ,ek pe alg aur ek pe zero..

[@Randomanonymous234]

@@kaiserakbar1770 actually I was confused between symmetrical and equal🥹...and yes whatever you said is right.

[@saurabhkuntal7513]

​@@kaiserakbar1770 what would be flux through one surface then ?
Plsss clear

[@dixitvishal530]

Thank you so much sir ...ye topic clear karne k liye ❤❤

[@Xodos6]

Great. Enjoyed learning the concept

[@syedsyed...7029]

Thank soooo much... Dear sir....for clearing all the doubts..... Allah aap ko salamat rakhai.. Ameen

[@AdityaChanda-]

har har mahadev

[@Sameer_Chaudhary_07]

​@@AdityaChanda-jali

[@AdityaChanda-]

pta hai tuhi jali hai...kyu cheek cheek ke sabko bol rha hai?? @@Sameer_Chaudhary_07

[@allroundrchannel]

Thank you sir for awesome explanation❤️

[@kiranbhagoria]

Really helpful!👍🏻

[@Kally_07288]

Thankyou sir this video is very helpful ❤👍🏻

[@vvsnnp]

Nicely explained, remembered for whole life ❤

[@arnabg10]

Very nicely explained Sir.

[@richakumari8330]

Nice video sir ....thank u for solve my doubt

[@Daily_doseyt]

Sir area vector or electric filed perpendicular hongi tabhi flux zero hoga na ki parallel hone par zero hoga so correct it sir

[@YogeshChandSharma-d4q]

Haan Bhai parallel pe toh maximum hoga

[@vipulmeena7395]

but sir agar electric field parallel hai toh hume pata hai flux = E.ds cosQ hota hai toh cos 0 toh 1 hota hai toh flux zero thodi hai ??

[@kajalgadekar7536]

Same doubt😢

[@sinner3116]

It was very helpful sir ❤️‍🔥

[@simranjitsingh7562]

Thanks sir I understand in just 2 mins

[@strawhat332]

4:54 charge 😂

[@angelic_priyu]

Sirr seriously i have watched many videos but don't get the concept.....but here i got the concept with 100% efficiency....thnx a lot❤

[@SudhanshuMalik-s9d]

Kahi bhi samajh lo end to end samajh to yhi se hi aayega 😊

[@rajeevranjan5422]

Haa bhai literally bhut hi accha samghye h srrr
Dil khush ho gya

[@arpitasaha829]

Nice explanation i completely understood ❤

[@xoxo_aesthetic_vibe]

Sir this vedio is very good nd very helpful thanks u sir aise hi vedio banate rahiye 😊😊

[@SidharthSaini-i8o]

Thnq so much sir for solve by charge placed at vertex problem🎉😊

[@malvikac.bhushan1628]

Sir, you literally cleared the whole concept, thank you

[@sohamshah6789]

so basically the section charge touches becomes useless

[@sureshsuri6991]

Sir how electric flux due to parallel electric field is zero any concept behind there

[@jyothipuranik6079]

The flux entering and leaving the surface are nearly opposite in direction so the flux is zero

[@chaitoast7393]

Flux uske andar nhi jarha sirf bahar se takra raha h toh gauss law ke acc parallel ho jaega flux aur 0 ho jaega

[@kapadiyalaxmiben7002]

Thank you
For doubt clearing

[@fhbcreator]

Thanks sir .....
It helped a lot 🌷

[@kashishsah1545]

thnkuh soo much sir this video is very helpful

[@MaherBanoo]

Its Very important for neeet ...tnk u sir

[@Itsgoodtobeyourself]

Yes sir understood
Thank you 🙏

[@Isimon_]

This video is very helpful❤ I had a lot of doubts related to this topic now it’s all clear❤ thank you sir❤️

[@kittenbunny8207]

Thank you so much❤

[@bhaktibhajan54]

wah wah kitna bhadiya

[@nasreenkhan6488]

Well explained.

[@kajalgadekar7536]

But one doubt sir u say when electric field line parallel the flux is zero but cos0 is one so how flux passing throug those surface is zero

[@ajkamrmonvlonei]

Just thanks a bunch from 🇧🇩

[@suvendubiswas3978]

একজন বাঙালী দেখে ভালো লাগলো। আমি যদিও ভারতীয় বাঙালী।

[@_.flex._]

Thankyou So Much Sir ❤❤❤❤

[@OmiKanujia67]

Thank You Sir 😇

[@arush6844]

Thank u sir❤❤❤

[@Neet_aiims743]

8:10
Parallel or perpendicular ??
Plz explain sir

[@josephstalin8212]

Parallel to the surface jaa rhi h lines so andr nhi ghusegi

[@Manoranjan-s1m]

Thank u sir....❤❤❤

[@Kulriarohit]

sir flux perpendicular surface k liye zero hota h

[@RockyKumar-bn7xi]

Chapter 4 kab start kroga sirr ?? ..
Please tell 🙏

[@anjupal8366]

perpendicular hoga tub zero hoga sir

[@gouravsingh3908]

sir slabes kitna din ma ho jaiga

[@HaseebRayeen-y6j]

Only IITians will understand

[@AdityaDubey-ht2yv]

👍👍👍👍

[@Nitesh21112]

Will it be equal flux through each of the four surfaces please explain how?
I think It will be different from each surface because electric field and the surface area in that perticular direction will be different.

[@SatabdiSarkar-su5cf]

Good lecture

[@SagarGupta-fw1zn]

Mja aa gaya ❤

[@learnwithfunsps]

Acha se cube lekor visualise korwaye ,nehi to 3d animation banake ,not visualise properly,byas maan liye lekin har ek baat ko with feel visualise korwaye

[@avineshkumar4992]

Sir sabhi chapter ka pyq kb se start hoga

[@binodtharu9826]

Sir agar teacher bhi concept na samjh kr ratte marne lagenge to bacho ka bhala kaise hoga

[@darshan5044]

if you don't know please don't teach wrong stuff. both examples at the end were assymetric with respect to each face. you can't divide to get per surface flux like that. delete this video. misleading.

[@pod_talk11]

Thank you sir

[@anupam._.]

Symmetrical na ho tab bhi fulx Same hoga

[@MuXxU-ot3xe]

1hr bass uske baad exam 🙂😂

[@akshitabhavsar3960]

Thank you sir for this 👍🏻🙌🏻

[@Running_with_Ritik]

If charge place at some distance from cube then ???

[@SahilKumar-tn5jy]

Nice explanation 🎉

[@anjupal8366]

parallal hoga to flux = EA

[@rajveer4489]

all doubts are clear.

[@pirateking2062]

The question with charge at face center .....i think you did it wrong

[@akshat638]

THANK YOU SO MUCH SIR 🥰

[@TheTalkSpace]

Thanks you sir for everything, mai apki har video dekhta hu ♥️ keep teaching

[@sciencetechnology7671]

touch your feet for this

[@ItsVedantHaldankar]

What if the charge is at the centre of the cube ?

[@ShubhamKumar-pz4ob]

Sab clear ho gaya sir 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻❣️❤️

[@omkar7899]

Sara ka sara resut ek face wala galat hai

[@educationalchannelonly8727]

Haa galat he

[@eternalwolverine4027]

apka bahut bahut dhanyavad sir bhagvan kare aap 400 crore saal jinda rahe

[@TOPPESMAKER]

Nice

[@Labrador2747]

Nice sir

[@Rimy858]

Excellent sir❤👍🙏😊

[@Whild.cr7]

Free Palestine ❤❤❤

[@shivansh1506]

THANKS SIR MST MERA JEE COACHING MAI NAHI SAMAJH PAYA BUT AAP SE SAMAJH GAYA

[@ManishaSaini-hf7dd]

Sar aapane theek se nahin bataya ki last wale question mein 4 cube kaise aaenge

[@mohitlaptop9869]

love u sir ji...i have this doubt from 1 month

[@omkar7899]

Cube ke face jo charge hai usme ek(1)face se jo result aaya hai wo galat hai.Aap mujhse ess bare me baat kar sakte.Thik se ek baar thik se check kijiye

[@1khalnayak1]

Kese galat hai? Pls elaborate

[@educationalchannelonly8727]

​@@1khalnayak1 charge ka distribution among the surfaces symmetric nahi he isley

[@impreo1442]

Yeh sab coatching mai ku nhi padhaya jata nahi hamare module mai explain kitya hai bass questions hai no concept Aakash is irritating

[@samarfatma2906]

Mja aagya sir ❤

[@shifra3203]

thank you very much kitne log se poocha muje is problem teach karne ke liye kisi ne nahi kiya

[@kanishksingh8225]

I love you Sir

[@hamrandahun]

W

[@prerana6178]

Sab samjh aya sir ese short video or banaya kre

[@info-hub457]

So what you are saying is that if a charge is at a vertex of a cube then flux through a single plane will be q/3e0

[@pranjalsingh5217]

Thankyou very much sirr❤❤❤❤

[@muktatiwari2641]

Thank you sir ji

[@Angel-mr7wy]

Sir jis surface k sath parallel hai usse flux linked kyu ni h????