Electric intensity due to an infinite sheet of charge | 12th physics | Applications of Gauss's Law |
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- čas přidán 13. 06. 2020
- In this i will discuss the important concepts of Electric intensity due to an infinite sheet of charge
Ist application of Gauss's Law
• Electric intensity due...
The queries solved in this video are
1. How we can calculate Electric intensity due to an infinite sheet of charge?
2. 2nd Application of Gauss,s law
3. formula of electric field intensity
4. What is infinite sheet of charge?
5. calculate Electric field intensity due to an infinite sheet of charge?
5. How we apply the concept of Gauss's Law?
6. How we can use Gaussian surface to calculate Electric intensity due to an infinite sheet of charge?
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You are the great sr g .. abad rahyn hamesha . Sr g mai ny aaj sy tiyari start ki .. 12 ky exams ki😢😢 I hope so
Deserving 1 million likes
yes
G bilkul
amazing sir ,zabardast samaj mein aya
Bhut acha parhatay han ap❤️
Sir safar is the best explainer..
Sir g infinite sheet wala concept ajj tk samajh ni tha aya lekin ab aa gya.
Thanks
MAY ALLAH BLESS YOU
Good teacher may allah bless you
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Jazak Allah
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Marvellous deserve appreciation🎉
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Book and cylinder
گھبرانا نہیں ہے ۔
2 condition
Closed
Inside the sphere
1- Gaussian suface
Let us cylinder ،۔ close suface
So apply Gaussian surface
Vector area when
Close suface parallel
Phi 1
Phi 2
Phi 3 .
Flux find by total flux
Total flux = phi 1 + phi 2 + phi 3
= EA Cos0 + EA cos 0 + EA cos 90.
,= 2E A.
Than apply Gaussian law
Sigma is surface charge density
Sigma = q/ A
In finite book..
Amazing lecture
MashaAllah Sir😍♥️
May ALLAH bless u sir...🤲
May you live long 😊
I watching this lecture before 6 hour my exam 2021
God bless you sir😇
Itna easy kr k smjhyaa ha ap ny❤❤
Best of Luck....
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Jazakala
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🙂🙂
Shukriya sir g
5:28
Thank you Sir 🧡
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Maza aa gya
App ki videos buht achi hy
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May Allah bless you many more happiness you are literally a great teacher always stay happy ameeen
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@@physicskasafar Jazaak ALLAH Kher...😇
Sir mera name minal ha sir ap buhut acha tariqa sa guaid karta ha or sir ap buhut hyndsum ha Allah apko khush rakha ameen
Thanks Minal🙂
Mashallaha sr g
Supppppppppppppppppppppperb MASHALLAH VERY NICE lecture SIR G ♥️♥️🌹♥️🌹♥️♥️♥️🌹♥️🌹♥️♥️♥️
nice lecture
Mashallah sir g
Sir 1st year ke leye bhi banye.....apke lectures bohat achy hoty haii...samj ata haii bohat ache se 🔥💫💗
Jazak Allah 🙂
In Sha Allah Oct se March tk Mn complete ho jain ge
I will do
❤❤❤❤
Very nice 👍🙂🙂
sir ur way of teaching is awesome but the oly thing bcz of which there is less views is ur thumbnils selection is not good u should work on that then inshallah it will be much better
\
Sir agar right aur left end par closed surface hai. To ham flat surface wala formula kuen use kar rhe hain why we can't use q/€° closed surface formula???
q/€ b use krte Hain
Usse E.A se compare krte hn
Kyun k hamain electric field intensity ki value nikalni h
Sir AP na pehlay electric flux ma bataya tha k vector area plane surface k perpendicular ha but vo outward or inward dono taraf us ki direction ho sakti ha but ab AP kh rahay hain plane surface k Liye vector area outward ha aur inward valid nhi ada kyu
Jb b closed surface ho gi uss mn area vector hamesha outward ho ga.
Wo Jo kha tha wo open surface k liye tha.
Gauss's law ki mene 3 mnt ki video aik aur upload ki thi.
Playlist se wo aik br daikh lain uss mn pre concept saare btae hn
Thanku sir
sir 1 question hay
ap nay close cylinder shape lain gay
to donon cylinder kea taraf flat surface ho gea
sir cylinder kea donon end par round shape hotea hay??????
Dono ends pe flat surface h.
@@physicskasafar jazak allah
Dono ends pr flat surface hoti h.
Aur aik end se doosre end tk darmayan main jitni b jageh h wahan pr curved ho gi
Aur wahan pr jb hm flux nikalain ge to hr jageh zero aae ga kyun k hr jageh area vector aur magnetic field k darmayan angle 90 degree bn rha h
@@physicskasafar thank you so much sir for clear my comcept
@@physicskasafar sir if i have any problem
will you resolve my problem?
Sir hm curved surface pr E.A formula use nai kar sakte hai lekan abi to use kia ye formula lekan pehly waly topic me hm ne ye kaha k ye formula valid nai hai pehly hm ne curved surface ko small parts me divide kia jb flat surface ban gia tab E.A formula use kia lekan abi hm curved surface pr ye formula kaise use karengy..
Abi b small patches mn divide karain ge aur hr patch ka Angle 90 hi aae ga.
To iss liye over all curved surface k Sath angle 90 ka le liya h
@@physicskasafar matlb apne derivation ko asan karne k lye direct curved surface lia agr small pieces lengy to har pieces pr flux zero aye ga
Hn g bilkul
@@physicskasafar ok thx sir
Good question
Sir cylindrical area k bahir ju charges hai us ko kio nahii lety ?
Kyun k Gauss,s ke apply karne k liye zaroori ha.
K charge closed surface k andar ho.
Iss liye hm just andar wale lete hain
Sir is mai Jo third flux Jo hamnay maloom Kiya Jo paralleh araha 90 degree wo gaussian surface ka flux hai??
90 pe flux bn hi ni rha
@@physicskasafar oh ok ok sir, Jo total flux hai wo guassian surface ka flux hai and Jo phi 1, phi 2, phi 3 likh rahay wo closed surface Kay patches ka flux hai flat surfaces?
Sir Aghar hum yh diagram or yh calculation paper mein likh dein to kya number mil jaein gein
Hn g
Ok thank you Sir😍
Sir Ap Ka whatsapp Number mil sakta hy
Aslamualikum
Sir g notes me curved surface ka Flux nhi find hua q ke wo to zero hgya ha to ye rhne de
Likhna h uss ka b
Otherwise incomplete ho ga ye
@@physicskasafar ok sir g bht bht shukriya
Sir hum me to aik point P pe Electric field intensity find out krni thi,phir left aur right end wale dono flux ko add q kia?
Net flux ki value calculate krne k liye
@@physicskasafar aur sir is article ki koi application? Kahan use hota is iska??
Sir ap jehlum sai ho??
G
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Love 💖 you sir g kanha sy ho ap
Jhelum
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Sir g Karachi sy kaleem akhtar ki book milna mushkil
Online mangwa lain
@@physicskasafar thanks
Sir permittivity aur epsilon not same Hain?
Permittivity of medium ka symbol epsilon h
Ager koi medium na Yani vaccume ho ya air ho
To epsilon not se show kr dete hn
Otherwise ager medium ho
To Aik term h relative permittivity hm wo use krte hn.
Coulomb's law wali video daikhain sb ok ho jae ga
@@physicskasafar thanks
Plz send ma 1st and 2nd application
Check playlist
Charge inward moving outward sir y bt sahi hai
Smjh ni aai kha kya ap ne
@@physicskasafar sir apny kah closed surface ho or charge inward ho to gausss law apply hoga wo charge move outward kra ga
@@MuhammadAslam-rd1ff nai iss mn hm static charges ki baat kr re hn
@@physicskasafar static charge mtlb sir
@@MuhammadAslam-rd1ff ruka hua
sir please reply
Sr hollow ma to charge bahir tha ab yaha andar 😕
Ye sheet of charge h wo sphere tha
@@physicskasafar but jab apply gauss's law ho Raha dono par Phir jasi bi shape ho
Hlwa kya ya tu kheer sy b acha tha
😁
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API Sharm kro.... Sir hain
Thanks sir
Nice 👍
Iss ki aik new video upload ki h mene wo check karain jis mn aik hi video mn gauss's law ki saari applications cover ki hn
Iss se b zyada easy way mn
Check playlist of chapter 12