ELECTROSTATICS IN 1 SHOT | Physics | Class12th | Maharashtra Board

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[@Shashwat0501]

For my revision 8:57 Electrodynamics and Electrostatics defined (Basic Intro) 18:53 Electric Field 29:59 Graphical rep of EFL 40:08 Electric Flux (no. Of EFL passing normally through given area) (ø=int[E.dA]=int[E*dA cos@]) Unit is Wb (Weber) 46:55 Gauss Law (ø through enclosed surface is equal to the change enclosed by surface upon Ė) (it helps us in finding EF at a point due to distributed charges in the Gaussian Surface) 57:37 Derivation of EF Intensity due to Hollow sphere (Shell) (assume Gaussian spherical surface at distance r from centre and apply gauss law) 58:15 same formula in terms of Density 58:54 IMP derivation EF due to Infinite Charged wire (curved surface area of Cyl is (2pie R*L) 1:07:48 EF due to Charged Infinite Plane Sheet Electrostatic and gravitation Forces are Conservative Forces 1:14:04 Potential 1:19:06 Imp Derivation of Potential Energy(Joule) 1:26:05 (Work done in bringing a charge Q from infinity to a particular point in the EF of a Source charge) 1:28:55 Electric Potential (take PE for unit charge) (Joule/Coulomb) 1:30:20 Derivation of Relation b/w E & V 1:32:25 Not imp 1:35:48 do the derivation by dW=-F.dx and consider unit charge and expression will change to dV=-E.dx then int bt sides and get V for point charge 1:42:01 Electric Dipole Basic (Dipole Moment=p= charge x separation b/w them) #Imp 1:42:59 - 1:51:26 1:51:33 Very Important Derivation (Potential due to Dipole) 1:52:29 (V due to system of Charges) 1:54:59 (Equipotential Surface) 1:56:42 Potential due to system of 2 Point Charges 2:00:18 - 2:00:54 U for system of N charges (Make Possible pairs of charges) 2:03:37 U for Single Charge #Imp 2:04:05 U due to system of 2 charges (b/w q and Q and q&q is also considered) (Dont forget to consider q&q potential energy) #Imp 2:06:18 Derivation of Wd in moving of a Dipole by Ø (Torque= P x E, torq= PE Sinø ,dW=torq dØ ) 2:09:46 Summary of Conductors , insul,etc 2:11:19 Dielectric and Electric Polarisation Dielectric (Insulators having capacity to store Electrical Energy) Electric Polarisation (The process of Polarising Dielectric ) 2:13:25 Polar Dielectrics 2:14:48 Non polar Dielectrics 2:15:47 Polarisation of NonPolar Dielectrics 2:16:20 Polarisation of Polar Dielectrics 2:18:12 Reduction of EF of a dielectric 2:19:55 Capacitor (Q=CV) 2:21:35 Capacitors in series Formula Derivation 2:22:58 Capacitors in Parallel Derivation 2:25:40 EF outside Parallel Plate Capacitor is Zero 2:27:11 Derivation of Capacitor formula inside ll plate capa. 2:28:53 Displacement Current (Current due to bound charges in Dielectric) #Imp 2:30:55 Energy Stored in a Capacitor derivation 2:33:33 Van de Graaff Generator

[@Scrulgaming667]

❤

[@kehkasha_997]

🥰👍

[@Shashwat0501]

Backup For my revision 8:57 Electrodynamics and Electrostatics defined (Basic Intro) 18:53 Electric Field 29:59 Graphical rep of EFL 40:08 Electric Flux (no. Of EFL passing normally through given area) (ø=int[E.dA]=int[E*dA cos@]) Unit is Wb (Weber) 46:55 Gauss Law (ø through enclosed surface is equal to the change enclosed by surface upon Ė) (it helps us in finding EF at a point due to distributed charges in the Gaussian Surface) 57:37 Derivation of EF Intensity due to Hollow sphere (Shell) (assume Gaussian spherical surface at distance r from centre and apply gauss law) 58:15 same formula in terms of Density 58:54 IMP derivation EF due to Infinite Charged wire (curved surface area of Cyl is (2pie R*L) 1:07:48 EF due to Charged Infinite Plane Sheet Electrostatic and gravitation Forces are Conservative Forces 1:14:04 Potential 1:19:06 Imp Derivation of Potential Energy(Joule) 1:26:05 (Work done in bringing a charge Q from infinity to a particular point in the EF of a Source charge) 1:28:55 Electric Potential (take PE for unit charge) (Joule/Coulomb) 1:30:20 Derivation of Relation b/w E & V 1:32:25 Not imp 1:35:48 do the derivation by dW=-F.dx and consider unit charge and expression will change to dV=-E.dx then int bt sides and get V for point charge 1:42:01 Electric Dipole Basic (Dipole Moment=p= charge x separation b/w them) #Imp 1:42:59 - 1:51:26 1:51:33 Very Important Derivation (Potential due to Dipole) 1:52:29 (V due to system of Charges) 1:54:59 (Equipotential Surface) 1:56:42 Potential due to system of 2 Point Charges 2:00:18 - 2:00:54 U for system of N charges (Make Possible pairs of charges) 2:03:37 U for Single Charge #Imp 2:04:05 U due to system of 2 charges (b/w q and Q and q&q is also considered) (Dont forget to consider q&q potential energy) #Imp 2:06:18 Derivation of Wd in moving of a Dipole by Ø (Torque= P x E, torq= PE Sinø ,dW=torq dØ ) 2:09:46 Summary of Conductors , insul,etc 2:11:19 Dielectric and Electric Polarisation Dielectric (Insulators having capacity to store Electrical Energy) Electric Polarisation (The process of Polarising Dielectric ) 2:13:25 Polar Dielectrics 2:14:48 Non polar Dielectrics 2:15:47 Polarisation of NonPolar Dielectrics 2:16:20 Polarisation of Polar Dielectrics 2:18:12 Reduction of EF of a dielectric 2:19:55 Capacitor (Q=CV) 2:21:35 Capacitors in series Formula Derivation 2:22:58 Capacitors in Parallel Derivation 2:25:40 EF outside Parallel Plate Capacitor is Zero 2:27:11 Derivation of Capacitor formula inside ll plate capa. 2:28:53 Displacement Current (Current due to bound charges in Dielectric) #Imp 2:30:55 Energy Stored in a Capacitor derivation 2:33:33 Van de Graaff Generator

[@snehajeetmhaske7441]

Thanks ❤

[@SoliderBEdits]

The man who solve the tention of 12th physic really salute you sir

[@Sumeetx_]

2:33:33 van de graaff generator

[@TanishqMalode-yz8ye]

50:05 ans is 65/Eo wb

[@GunjanJadhav.1720]

15/E•wb yete n g ans.

[@karanrajkingw9085]

जय महाराष्ट्र.,.. सर ❤

[@robindot9999]

U MADE IT EASY

[@AaryanNevase]

40:47

[@ranjeet_13]

Bro is it worth watching?

[@Randomfuun]

Did you what's your opinion ​@@ranjeet_13

[@praborgmotivationkiaag6125]

​@ranjeet_13 yes for HSC board

[@HappyLife-t3b]

1:03:45

[@KishanNagtilak]

For best experience See this video non stop 👍👍

[@BAK-LOL-FUZE]

Sir mechanical properties of fluid lena

[@abhishekrajput18-y3c]

Next chapter current electricity lo sir

[@PreritaR_zxy]

If you are neet / jee aspirants studying for boards so read textbook because you know every concept just read it

[@skgamer-ip1nw]

🎉

[@shrawani79]

Thank you...✨🙏🙏

[@SuhaniJaiswal-vt7ic]

Electric charge line just like centripetal and centrifugal force ❤❤👍👍

[@nikamsiddharth7959]

Thank uhh sir ❤

[@suyashmore3054]

Jay maharashtra sir 💙🧡

[@HitenTekade]

👌👌👌👌👌👌

[@Sarthak_jadhav_0001]

sir Einside ch two sigma upon Eo yeil vatta 2:25:24

[@monstergaming5668]

1:35:51

[@Aseem-d4z]

What's this mannn I came here to understand capacitance of parallel plate capacitor with dielectric and he gave it has homework .....🫤🫤

[@rupaligaikwad3932]

Jay maharashtra sir❤

[@monstergaming5668]

2:15:01

[@HitenTekade]

jai shree ram sir

[@AryanYadav-uj3lb]

Sir Plzzz Hinglish Mein Lec Rakha Kro !!!

[@Shrutipimpalkar-r2x]

​@@Sagar__________no... It's ok if he don't know Marathi because we have to give exam in english na.... Marathi is not compulsory 😢

[@Sagar__________]

@@Shrutipimpalkar-r2x i mean bro you are living in Maharashtra from years there is no way u don't understand marathi (i am non marathi).

[@Riya_Dihiye]

​@Sagar__________ I am non marathi too I can understand Marathi very well and can talk a bit too....but hinglish lecture I can feel better personality......and his hinglish is good though

[@miradigambarmore9899]

एव्हढीच मराठी येते तर मराठीत बोला ना 😅

[@Riya_Dihiye]

में भारतीय हुं और मेरी राष्ट्रीय भाषा हिंदी है ।

[@vilasraut2568]

Thanks sir❤❤

[@Rajendras194]

Kahibi bhokta ahet coment madhe

[@AchalMeshram-b3v]

छान आहे Lecture

[@LavanyaVijaykar]

🤗

[@JAYESH-PATIL-45]

🔥

[@abhishekrajput18-y3c]

Kya baat hai

[@atharvneet-h7i]

is this lecture enough for class12th boards i mean,does it cover all derivations and theory along with questions

[@SarthakPundkar]

Sir jar questions pn ghetle pratyek topic nantar tar ajun changla hoil kharach....... baki explanation tar best ahech....... please consider karal.....😊

[@aanshghorpade636]

True he should take 2-3 examples after every sub topic

[@Sagar__________]

Yahi mujhe samaj Nahi Ara mujhe topic ache se pata hain prr Sawal ke se ate hain board main Wahi Nahi pata

[@DeciderChavhan]

Thanks To You.. ❤️💯😊its worth it💌❤️‍🔥🤗🤗✅❤️‍🩹

[@Bhagirath_106]

Starts at 2:40 🙃👍🏻

[@SuhaniJaiswal-vt7ic]

Firth hw question answer is 65/E0

[@Sushantkande]

मराठी मानूस 🙌🫡❤️‍🩹

[@AshwiniKale-e9b]

Thank youuu sirrr❤

[@mariyaqureshi6319]

Is it worth to watch

[@skssWorld]

Nope, first ratta notes then watch or might lesson 💀👌

[@praborgmotivationkiaag6125]

Yes only for HSC board

[@LLawleit]

​@@skssWorldYup, Saleem sir ke lectures attend Kiye the Lakshya 1.0 mei, that's the reason why ye samaj aaya.....

[@LLawleit]

This lecture is like mind map or smth, but still it's worth it, can't say ye kharab hai

[@khushikale6254]

@@skssWorld where can we get notes from ??

[@e-a-s-i-l-y]

Sir , so nice teaching but firat students( my friends) have to make notes❤then watch lecture

[@shrux7923]

Understand ❤

[@AbhijitBhawar-e3n]

Not give up🔥

[@00093._editz]

Recommended to watch in 1.5x

[@animexhindiofficial]

watched in 2x😅

[@suraj-yb3kt]

Kharcha sir khup easy zala topic

[@SudhakarGaikwad-yc8zp]

खुप छान आहे.

[@bhutni9996]

Thank you sir

[@Vk-y4f]

Sir dielectric jar insular aahe tar te current kass store karu shaktat?

[@SakshiBopche7]

Sir ....thoda jldi krr skte hai kya aap sirf 3 chapters huye hai aur sirf 4 mahine padhane ke liye baaki hai sir...toh please thoda fast krr skte hai aap please😢🙏🙏

[@HarishShimpi17]

thank ou sir

[@sagargaikwad25807]

Sir please ,slide pehle se hi prepare rkha kare ,uss time bachega

[@himeshdevtale_123]

👌👌

[@RohitChaudhari-bt4tk]

Jay Maharashtra Sir🚩

[@harshalgunwani9085]

Please stick to hindi not everyone appearing for hsc are fluent in Marathi

[@Sagar__________]

Board main kya padhna hota hain ?

[@smitagavali3483]

Sir potential energy ke derivation me 3 stem me magnitude liya he to direction ka -ve sign kyu?

[@PreritaR_zxy]

Lux1.0 attendance

[@najmakhan210]

Sir please hindi mojhey samjha but please hindi mai karun jhala ata bintich ahey

[@sanjaybagde9065]

Sir Purna marathi madhe bola 😂😂

[@Jadhav07x]

लय अवघड है हा चॅप्टर मी काय म्हणतो सोडून द्या 😭😭

[@AtharvaKulkarni-f2s]

Nahi re baba. High weightage a ha chapter 😭

[@Mrunali518]

Ha lecture neet sathi ahe kaa

[@1ANSHFF]

Nahi.

[@Hacker_3021.]

Nahi madam it is just for boards, and concepts ❤😊

[@MariyaMahin-c8d]

I can't understand Marathi 😢

[@GauravKokate-lt6kc]

So you can watch other lec 😂

[@zaidshipra6881]

Sir Maharashtra me bhi hindi hi zyada chalta he hindi me samjhao

[@Priya29-b]

Marathi ch chalnar

[@atharvneet-h7i]

bro maharsahtrian hai to marathi bol

[@kavyanshsingh5919]

Sir please hindi me padhaoo 😢😢

[@skyroxxeditアニメエ]

sir ek tr marathi madhe shikva kiva hindi mdhe .....mix kaa krta tumhi

[@sayedyunus3359]

Why is this guy speaking marathi constantly wouldn't it be better if he used hindi or english

[@VanshMotivation-d9d]

❤❤❤