TIME STAMPS 1. Electrostatic potential energy 2:15 2. Closest distance of approach 6:50 3. Electric potential 12:30 4. EP due to a charged ring 16:20 5. EP due to charged rod 19:20 6. EP due to uniformly charged disc 23:35 7. Calculation of potential difference 25:50 8. Equipotential surfaces 32:45 9. Relation in EF & EP 37:53 10. Electric dipole 40:39 11. Dipole placed in EF 46:57 12. Potential inside a conducting body 55:15 13. potential inside a non conducting uniformly charged sphere 59:23 14. Concept of Earthing a conductor 1:05:10 15. A System of parallel metal plates 1:10:19 16. Electric pressure & energy density of EF 1:17:50 (say hi to pogi :p) Hope this helps, Best wishes :)
02:34 07:12 12:43 16:29 (Electric potential due to a charged ring) 19:28 (Electric potential due to a charged rod) 22:11 23:34 (Electric potential due to uniformly charged disc)** 25:50 (Calculations of Potential Difference) 33:05 (Equipotential Surface) 37:56 (Relation in Electric Field and Electric Potential) 51:54 (Dipole placed in non-uniform electric field) 55:23 (Potential inside a conducting body) 59:31 (Potential inside a non-conducting uniformly charged sphere)
1. closest distance of approach: max PE and min KE. conserve linear/angular momentum and energy 2. V at centre of ring = kQ/R be it a ring of non/uniform distribution of charge 3. V(B)-V(A) = integral from B to A of E.dx 4. F= -del(U) and so E=-del(V) ***5. 42:40 2kPcos/r^3 and -kPsin/r^3. V=kPcos/r^2 6. dipole in non uni E: U=-P.E. F=-dU/dr 54:36
Even in big institutes teachers take 4-5 classes to revise this chapter but because of u i m able to revise whole chapter within hours in most. Awesome way.....thank you soo much sir❤️❤️
@@Kirandevi3673 only in metallic spheres but any other shape will have Ein not equal to 0 and there will not be equipotential surface. baaki dubara dekh lo concept videos se
no bro it is correct bcuz (V= KQ/R) hota hai general formula now you can see jo tum bol rhe usse R^2 ki value ayegi and integrate kroge agar usi expression ko to result aur galat ayega
(time 11:27) @physics galaxy 1)If external force is zero then we can apply linear momentum conservation 2) sir as you stated that in case 3 Linear momentum was not conserved 3) then how can you apply linear momentum conservation in case 2 ?
Aaj tak kabhi is topic par confidence nhi aaya but because of u feeling very much confident.... and also able to solve all pyqs... May you and your family live tons of years Thank you so much sir...
Sir i was struggling in this chapter.... Studied in offline batch + watched multiple one shots, but this 90 min video is more than those combined.... Hats off sir🙏🙏🙏
sir ye galat advice de rahe ho app, hum apke channel kyu share kre? mujhe faltu me competition nhi barana waise hi aap itna bariya parate ho agar sab par liye throat cutting competition ho jaiga😂
21:28 sir PLEASE REPLY dv = K dq/(r²+x²)½.. but you write dv = K dq/x Aren't we calculating potential at point P .... 🙏🙏 PLEASE REPLY IF ANYONE KNOWS .
Sir now I am able to solve previous year questions. Your lecture helped me a lot. So I want to ask you what should I do to boost my preparation and increase my rank in jee mains 2020 April.
@@physicsgalaxyworld sir it would be great for students like us if u could upload a PDF of 10 -12 questions too....along with it ... otherwise ur lectures are a cachet....🙏🙏🙏
you're truly helpful sir, your notes actually help in solving Qs, unlike a lot of channels...Just a suggestion- could you please send attached notes in the description itself, because we can't open the PG App on PC
Whenever while studying chapter even for first time whenever I have confusion in a concept I rush to that section of video .Thanks a lot for all the support sir 🙂
Good Evening Sir, Aspirants (JEE/NEET) are grateful for your best of the best theory videos. But I request you to make PYQ videos from your very busy Schedule,that will make them very confident to solve or approach a particular problem. yes misconceptions are there for students but you can resolve that problem. thanks from the bottom of my heart and I have a great respect for you,you are limitless.
Wish there would be a chemistry and math checklist like this by other teachers. Greatest teacher of my life making things simpler just like the Feynman technique.😊❤
Please resume hybrid physics classes for the rest of the topics of physics . It will be very beneficial . Please try as early as possible before jee advanced 2020
1:13:22 sir why it is not sigma/2epsilon not because we derived the expression sigma/epsilon not we considered the charges on both the surfaces of the plate
how is electric field always constant across an equipotential surface? In case of a dipole the symmetry plane is an equipotential surface but the electric field is different at different points.34:43 It is possible to show in magnetism using ampere's law but how does it work in electricity using gauss's law?
HELLO SIR !!! YOUR VIDEOS ARE OLD(BUT OF GREAT IMPORTANCE) I WANT TO ASK YOU IF THEIR AGE WOULD NOT AFFECT PRESENT STAGEOF JEE ADVANCED AND DO QUESTIONS OF MODULE ARE RELEVANT FOR JEE ADVANCED?????
Wow sir itna lamba chapter Jo mujhe Kota me 1.5 mahina me padhaya gya tha aapne 1:30 hr me hi complete krdiya thanku so much sir u r true gem of physics
In this video , at 34:00 ashish sir is saying electric field must be same at all points on equipotential surface. But this is not true. So be careful because you can do mistake in many questions. Electric field will be inversely propertional to radius of curvature at equipotential surface.
Have you solved the EP due to uniformly charged disc derivation by second method (at 25:33) ??? I am having problem in integral...i.e. I'm not getting the mentioned result by second method....
TIME STAMPS
1. Electrostatic potential energy 2:15
2. Closest distance of approach 6:50
3. Electric potential 12:30
4. EP due to a charged ring 16:20
5. EP due to charged rod 19:20
6. EP due to uniformly charged disc 23:35
7. Calculation of potential difference 25:50
8. Equipotential surfaces 32:45
9. Relation in EF & EP 37:53
10. Electric dipole 40:39
11. Dipole placed in EF 46:57
12. Potential inside a conducting body 55:15
13. potential inside a non conducting uniformly charged sphere 59:23
14. Concept of Earthing a conductor 1:05:10
15. A System of parallel metal plates 1:10:19
16. Electric pressure & energy density of EF 1:17:50 (say hi to pogi :p)
Hope this helps,
Best wishes :)
Damn u r everywhere dude 😂❤
nice ,rocked it......
Thank bro
Kitni percentile aayi bro
Good job ❤❤
02:34
07:12
12:43
16:29 (Electric potential due to a charged ring)
19:28 (Electric potential due to a charged rod)
22:11
23:34 (Electric potential due to uniformly charged disc)**
25:50 (Calculations of Potential Difference)
33:05 (Equipotential Surface)
37:56 (Relation in Electric Field and Electric Potential)
51:54 (Dipole placed in non-uniform electric field)
55:23 (Potential inside a conducting body)
59:31 (Potential inside a non-conducting uniformly charged sphere)
Thanks Bhai
Thank you so much 🙏
potential due to a non conducting uniformly charged sphere
3/2kqr²
The best channel available on TH-cam for physics for JEE MAIN ,ADVANCED,Olympiad ,KVPY,NSEP...
It deserves minimum of 5million subscribers....
Bitsat bro bhul gaya
@@mohitarora5892 neet bhi
@@mohitarora5892 bitsat nikla bro? kis college me ho
Absolutely
@@Hitman-l3mपिलानी
I think pogy will crack NEET and JEE MAIN with a good rank as he is very attentive😁😁😁
Good job pogy
Ha
lol....xdddxdxdxdxxd
😂😂🤣🤣
no he will not able to crack as he studies physics only...
yeah he will clear olympiad😆😆😆😆
Who is pogy????
He is one of the most efficient teacher i have ever seen who can clear big concepts in very short time
He's greatest physics teacher of life . you're true beauty of physics sir . thanks a lot
Thanks for your appreciation Sb. Please subscribe and tell your friends :)
Teacher ka naam kia hai
@@hidayatullah9668 Ashish arora sir
@@SonuKumar-tj8vu tnx bro
@@physicsgalaxyworld yes sir great...ho ap...🥰🙏🙏🙏thank you so much sir....
1. closest distance of approach: max PE and min KE. conserve linear/angular momentum and energy
2. V at centre of ring = kQ/R be it a ring of non/uniform distribution of charge
3. V(B)-V(A) = integral from B to A of E.dx
4. F= -del(U) and so E=-del(V)
***5. 42:40 2kPcos/r^3 and -kPsin/r^3. V=kPcos/r^2
6. dipole in non uni E: U=-P.E. F=-dU/dr
54:36
Finally revision checklist series is back. Sir jab revision karate hai toh aisa Lagta hai ki puura chapter fir se padh Lia. Love you sir❤❤
Thanks for your appreciation student, subscribe and tell your friends about us.
Sir many teachers by providing 19 lecture on this topic cant provide this type of study material special thanks sir
Apan revision checklist ko short notes bana sakte hai kya????
2 min silence for those who know this channel and ignore it 💀!!!
i used to be one of them
We have same profile btw
bhai chemistry k liye koi aisa channel hai kya?
@@kartickjaiswal_xa_1912iss hee channel pe hai bro😅
Bhai mai ne ignore kar diya tha abhi pachta rha hun
thank you so much sir for displacing our weak topics to our strengths..🙂
Thanks for your appreciation Parikshit. Please subscribe and tell your friends :)
Bhai selection ho gya?
selection ho gya ?
Vai selection ho gaya
@@skbgaming5738 AAP KAHAN HAI ABHI ? COLLEGE RANK APNE Jr KE SATH SHARE KIJIYE
Wish there had been such a beautiful checklist for Maths and Chemistry by some other teachers like him 😍
Bro koi mila kya??
Mil gaya ho to bta dena please.
especially for chemistry
@@anamsallaudin4423 go for chemoholic academy and watch their crash course for chemistry.
@@prateekgautam1937 arvind Arora
@@anamsallaudin4423 bro arvind Arora sir hai na
Revesion ke liye:-Closest distance of approach
2:15
Even in big institutes teachers take 4-5 classes to revise this chapter but because of u i m able to revise whole chapter within hours in most. Awesome way.....thank you soo much sir❤️❤️
How Poji feels after erasing the Board🗿
sir: thank you poji
how you feel after writing this comment 🗿
What you actually are 🤡
Based poji
How you feel after doing this comment-🥶🥶
@@AnmolKumar-oe6qx anmol tu voi h Kya jo Meri class me pdta that
Sir ar sir ka pogy ...dunno hi kamaal h ....kamaal h...thanks once again guruji
.🔥
every second of this video give us the experience of 30 years of sir ..🙏🙏
21:30 sir i think there is a mistake here in the equatorial part, I think it should be dv=k dq/root(x^2 + r^2 ) and not dv=kdq/x
@@Kirandevi3673 only in metallic spheres but any other shape will have Ein not equal to 0 and there will not be equipotential surface. baaki dubara dekh lo concept videos se
no bro it is correct bcuz (V= KQ/R) hota hai general formula now you can see jo tum bol rhe usse R^2 ki value ayegi and integrate kroge agar usi expression ko to result aur galat ayega
@@devesharya5184 no bro
It's wrong sir se galti ho gyi thi
Yes arpit u r right
But even after applying it are u able to the integration??..cuz m not
Ashish Sir is the Dr. Strange of the JEE/NEET World as Sir have so many Magical spells and a Wizard like personality.
First time at 40:33 sir didn't said “thank you pog” 😂
😂😂😂😂😂😂
I m coming in comment box to comment the same comment ...but it is already present here 😂😂😂
But still pogi ko bura nahi laga 😊😊☺🤣
Are bhai me bhi yehi comment karne wala tha,,,, koi ni 😂😂😂
Thank you sir, covering this for JEE 2021 to get 75+ in Physics, currently at 61
What's ur percentile and total score?
@@prayasiitwallah2192 What's ur percentile and total score?
@@Meemansha_Singhwhats your percentile and total score?
What's your percentile and total score??@@Benzaldehyde9169
One of the best videos I have seen on TH-cam! I am not even exagerrating.
Sir plz start booster classes for advance after completing checklists
Ok Noted.
@@physicsgalaxyworld thanks sir 🙏🙏🙏🙏
Thank u sir
@@physicsgalaxyworld sir pls give me some suggestions for physics mere 33tile plss sir give me solution for it
@@physicsgalaxyworld thanks sir
1:04:00
resume 53:00 to 55:00
Resume bro
Dear sir, I think at 21:42 at equitorial point in place of x we should have √(x^2+r^2) in the expression of dV
Yes
Yup
This revision checklist has much better efficiency than any other full course. Thank you so much Sir...
AMAZING 👌👌 sir 1 hour 26 min. Continuous explaining with full energy 👍👏
(time 11:27) @physics galaxy
1)If external force is zero then we can apply linear momentum conservation
2) sir as you stated that in case 3
Linear momentum was not conserved
3) then how can you apply linear momentum conservation in case 2
?
@@nainaramani7383 thanx buddy
Linear momentum can be conserved in case 2 bcoz no external force acts on sysyem.
Aaj tak kabhi is topic par confidence nhi aaya but because of u feeling very much confident.... and also able to solve all pyqs... May you and your family live tons of years
Thank you so much sir...
Sir i was struggling in this chapter.... Studied in offline batch + watched multiple one shots, but this 90 min video is more than those combined.... Hats off sir🙏🙏🙏
sir ye galat advice de rahe ho app, hum apke channel kyu share kre? mujhe faltu me competition nhi barana waise hi aap itna bariya parate ho agar sab par liye throat cutting competition ho jaiga😂
🤣🤣🤣💯 percent correct🤣🤣
😂😂😂😂
In which clg you are studying ?
The time I have put in into seeing and making note of these checklist is the most efficient I have ever spent till date!
21:28 sir PLEASE REPLY
dv = K dq/(r²+x²)½.. but you write
dv = K dq/x
Aren't we calculating potential at point P ....
🙏🙏 PLEASE REPLY IF ANYONE KNOWS .
Sir ne mistake ki hai what you are saying is right 👍👍🙂😃😃
ya i also think so...😶
Sir now I am able to solve previous year questions. Your lecture helped me a lot. So I want to ask you what should I do to boost my preparation and increase my rank in jee mains 2020 April.
At 1:08:15 sir as their is net negative charge on sphere so electric field inside will be disturbed and will not be 0 .... sir am i right???
Sir aapne application of gauss law ka portion cover nhi kiya aapne bola tha ki mein next checklist me karunga please sir cover it in next checklist
At 21:29 instead of kdq/x it should have been kdq/(x^2+r^2)^1/2.
Are you sure?
Yes
11. Dipole placed in EF 46:57 start from here
Sir aapne itna motivate kiya na. Mujhe kabhi pata hi nahi tha ki kis type mein kya karna hai!! Many many thanks sir. Many many thanks.
Sir please upload JEE advanced pyq solution as jee adv. is coming closer, thank you
Noted
@@physicsgalaxyworld sir it would be great for students like us if u could upload a PDF of 10 -12 questions too....along with it ... otherwise ur lectures are a cachet....🙏🙏🙏
Hii sir Please upload advance previous year solutions
Noted
Yes please sir🙏🏻🙏🏻
you're truly helpful sir, your notes actually help in solving Qs, unlike a lot of channels...Just a suggestion- could you please send attached notes in the description itself, because we can't open the PG App on PC
are the notes available on the
pg app ..? can u pls share the link for the app pls🙏
11. Dipole placed in EF 46:57 start from here for me
Thanks a lot for your great effort sir.Love you sir.You are a highly skilled physics teacher sir.
Thanks a lot for your good words. Please subscribe and tell your friends and juniors.
Whenever while studying chapter even for first time whenever I have confusion in a concept I rush to that section of video .Thanks a lot for all the support sir 🙂
you are the best teacher i have ever seen
This channel is very useful in my physics preparation the God of physics thank you sir
Here you go at 40:40 for the dipole
Thank you so much 🥰🥰
Sir 7:25 par ek baar total distance se bhi tu potential energy hogi
1/2mu^2+kqQ/distane form m1 to m2=kqQ/closest distane
Continue from 55:16
21:32
is there any mistake??
Yes instead of x there should be√( x^2+ r^2)
Yes
"What the energy sir " 1.5 hour without any break !!!!!!!!
Hold my physics wallah
@@siddhantghildiyal2285 lol... it's better than ow
@@prushotampandey9207 yes it is, but sometimes
@@siddhantghildiyal2285 every teacher has their own style , alakh sir make us to feel the concept
1:09:00 sir may be you mistakly said net charge zero hona chahiye but syd yaha net potential zero hona chahiye bolna tha ??
at 21:30 how kdq/x instead of x it should be underroot x^2+r^2
Yea bro
Same confusion
Thank you so much sir, full revision in very short duration of time........ "Super hero for jee aspirants"💞
Thank u so much sir, students are so lucky to get a teacher like u, who oozes concepts deeply and conceptually.
Good Evening Sir,
Aspirants (JEE/NEET) are grateful for your best of the best theory videos.
But I request you to make PYQ videos from your very busy Schedule,that will make them very confident to solve or approach a particular problem.
yes misconceptions are there for students but you can resolve that problem.
thanks from the bottom of my heart and I have a great respect for you,you are limitless.
Revised through checklist just like catalyst 💪💪🙏🙏
thoroughly revised all concepts dat i had doubts in....thnx sir u really helped a lot
Now I came at the temple of the greatest god of IIT JEE physics
Thanks Pogi and Ashish sir ❤❤
One of great physics teacher and mentor
Thanks a lot for helping us sooo much 🙏
Thankyou sir for all these beautiful lecture's
Thanks for your good words Tushar, subscribe and tell your friends.
Such a great video all concepts covered just in an hour and half.....
21:30 Kdq/√r²+x² na...
Wish there would be a chemistry and math checklist like this by other teachers. Greatest teacher of my life making things simpler just like the Feynman technique.😊❤
Coming soon
@@physicsgalaxyworldwill there be maths and chemistry checklists for both mains and advance? That will be bliss ,pls bring it❤
thank u sir for these lectures I hope all checklists will be uploaded before April main and waiting for another super series for jee advanced as well
Yes Abhinav. Thanks for your appreciation. Please subscribe and tell your friends!
@@physicsgalaxyworld Sure sir
I am very luck to find you here...thank you sir...
SIR IT'S A HUMBLE REQUEST PLEASE START THE BOOSTER CHECKLIST M DEAD SURE THEY WILL BE VERY HELPFUL FOR US IN ADVANCED PLEASE SIR🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿
How second point is valid for equipotential surface, 35:10
One min silence for those who don't know about this channel
Haha they missed quite alot
best channel for jee adv also for revision
Best teacher in the history
At 21:42 mins there is error in denominator
Best and most efficient physics teacher ever. Chaa gaye sir ji 😇😇😇😊😊. Thank you so so much sir 😊😊
Please resume hybrid physics classes for the rest of the topics of physics .
It will be very beneficial . Please try as early as possible before jee advanced 2020
Did you get selected?
1:13:22 sir why it is not sigma/2epsilon not because we derived the expression sigma/epsilon not we considered the charges on both the surfaces of the plate
how is electric field always constant across an equipotential surface? In case of a dipole the symmetry plane is an equipotential surface but the electric field is different at different points.34:43 It is possible to show in magnetism using ampere's law but how does it work in electricity using gauss's law?
dv\dr=-E
E=0 at any equipotential surface like inside an conductor.
Hope it helps❤
I wanto meet ASHISH ARORA SIR ATLEAST ONCE
Best teacher in world
Hybrid physics? Please sir...
6:44
12:23
16:13
19:12
23:28
25:44
32:39
37:47
40:32
46:50
55:10
59:17
1:04:00
1:10:14
1:17:46
1:24:58
What are this br
Broo my bro i was thinking about it only thnks
I hope sir can pin this cmmnt
It was my very weak topics but now it is very clear to me thank you so much sir for this checklist 🙏🙏🙏🙏
Mujhe ye samaj nahi aata ki itne awesome lectures pe itne kam views kyon hain 😱😱...
ab dekho
@Pratickk Kumar Choudhury. true
He literally teaches the entire chapter in 1:30hrs man that's should be given a world record or something...
LoL 😂👍
Sir after electrodynamics, please make a revision checklist for optics.
Just god level with no bluffing no time wasting
thank you sir ...........bless me it means a lot😍😍गुरू गोविन्द दोऊ खड़े, काके लागूं पांय। बलिहारी गुरू अपने गोविन्द दियो बताय।।
2:07 music aisa lagta hai ki hme vardaan mil rha hai..🙏🙏
Yes
😂😂👍👍
HELLO SIR !!! YOUR VIDEOS ARE OLD(BUT OF GREAT IMPORTANCE) I WANT TO ASK YOU IF THEIR AGE WOULD NOT AFFECT PRESENT STAGEOF JEE ADVANCED AND DO QUESTIONS OF MODULE ARE RELEVANT FOR JEE ADVANCED?????
Dear Shivam, rest assured. Ashish sir has been mentoring TOP 100 rankers for over 27 years now so you don't have to worry about content quality.
MY FAVORITE TEACHER ❤️😍❤️😍❤️😍😍❤️
Wow sir itna lamba chapter Jo mujhe Kota me 1.5 mahina me padhaya gya tha aapne 1:30 hr me hi complete krdiya thanku so much sir u r true gem of physics
@@Kirandevi3673 haan Bhai same collision ka concept hi h bas kq1q2 /r^2 kewal beech me repulsive force aaya h bro or momentum conserving...
Sir aap hm jaise students Jo coaching financially afford nhi kar sakte unka bahut badi help kar rahe , really you are a great person 🙏🙏🙏🙏🙏❤️❤️❤️❤️
sir you and nv sir are inspiration for me, because of you i became physics faculty in india's number 1 coaching institute.
🙏🙏🙏🙏
at 21:29 shouldn't it be dV= Kdq/(x^2+r^2)^(1/2) instead of kdq/x??
Yes , I was also thinking the same
yeahh
You are the best teacher of physics love your teaching style
Pure concepts no time wasteage Best 👍
Hats off to you Sir
Amazing content .it is truly the best revision video
In this video , at 34:00 ashish sir is saying electric field must be same at all points on equipotential surface. But this is not true. So be careful because you can do mistake in many questions. Electric field will be inversely propertional to radius of curvature at equipotential surface.
Yes . I also noticed it . I took example of electric dipole in which the perpendicular bisector EPS does not have constant value...
Have you solved the EP due to uniformly charged disc derivation by second method (at 25:33) ??? I am having problem in integral...i.e. I'm not getting the mentioned result by second method....