Electric Field intensity due to infinite long charged wire without Gauss Law | CBSE | ISC

#electric #field #intensity #due #to #infinite
#long #charged #wire #without #gauss #theorem #gauss #law #derivation
#additional_exercise_1.30_Ncert
#Class_XII_Physics_chapter_1
#Physics_Classes.
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[@salilsarma3116]

Lovely explanation sir I was trying the question for a long time now I am feeling relaxed 😌

[@workstudy-l9w]

this is how it should be done slow and steady .... the question was simple,, I knew it great vid...

[@gmine5646]

Sir, Limit agar 0 se π/2 Tak le rahe 2 se multiply kyu nhi kiya kyuki wo adhe wire ka hi elements ko add karega please explain sir.

[@r.cclubindia1451]

Thank you so much sir , all dout clear sir

[@AbdulKadir-uk4ct]

Literally I was confused from 2 days and u made me clear .... thank you so much sir ...it helps me lot....

[@physicspiper]

Welcome ❤️

[@filmysani652]

in 5:00 sir dEy= 2 dEcos theta kyu nhi hua , dEcos theta kiyu hua

[@vanshvarshney7613]

Thankuuu so muchhh sir y mujhee ttn or school m smjh ni aayaa 🥺❤️❤️

[@MohammadMohibullah-m9i]

thanks a lot, Sir🥰🥰😍

[@Praveensingh-vj3fg]

Thanks bro , excellent explanation

[@omkarsharma7468]

Great explanation sir!!

[@SaimonAhamed-p6v]

tnq you so much

[@InInferno]

Thanx sir, I was searching for same from an hour.

[@physicspiper]

Welcome ❤️

[@SyedMDAbir]

😊❤

[@mahirwasif4050]

Appreciation from bangladesh

[@sarthakchauhan6744]

Sir Great Explaination ❤

[@shamihabintematin3899]

Thank you...it has made my lesson easier !

[@jatinchourasiya6191]

RIP FOR THOSE WHO DIDNT STUDY INTEGRATION😂 ANYWAYS THNKU SIR... SOR WONDERFULL DERIVATION

[@namanpratapsingh5142]

Thank you sir Very kind ❤️

[@ashutoshshukla1429]

Thank you sir for crystal clear explanation

[@mayur2742]

Sir At 7:40 , why didn't you took cos theta as (x / root(x^2 +a^2)) instead of tan theta and then do the integration ...............can you please help i am very confused..

[@anjaliejoshi]

It would be long method I guess

[@apkapadosi3151]

Very good explanation. Subscribed❤️

[@physicspiper]

Thanks 👍

[@ranitbanerjee956]

But sir my one question is the field lines are intersect each other at point P .But why it is possible.

[@physicspiper]

Dear student, They are not interesting actually we are assuming individual intensities and then finding their resultant we are finding their resultant as they will not intersect they will produce a net intensity there. Hope you understand

[@aerofex7244]

Tan theta equals opp by adj then how tan theta equals r upon x?

[@mohittyagi3561]

Tan (theta) = x / r likha he Then x = r Tan (theta) likha. I don't know what are you saying... Theta P point k paas he. So opp x he and adj r he

[@anikazaheen5286]

Assalamualaikum. Thank u Sir. Take love from Bangladesh 🇧🇩

[@vaibhavmohanmehta2211]

Thank you sir

[@ishuyadav7163]

Nice

[@Arjun.18]

10:01 lekin sir cos theta ka differentiation (-sin theta ) hota hai (+sin theta) nhi

[@physicspiper]

Beta integration kiya he..

[@MATRIX_GLITCH007]

😂😂😂

[@MATRIX_GLITCH007]

​@Mohi😂😂😂ttyagiclasses

[@priyanshugoyal3764]

🎉

[@DodaKhanJamali-bn5bg]

2 Kahan se aaya?

[@puspachand7282]

Jhatu 6.40 min me dekh

[@hasiburrahman397]

Nice

[@ddaeng907]

thank you sir