▶To download Lecture Notes, Practice Sheet & Practice Sheet Video Solution, Visit UMEED Batch in Batch Section of PhysicsWallah App(bit.ly/3ru9Agh). To boost up your NEET 2021 preparation we have started NEET SPRINT Revision Series on our PhysicsWallah app. For more details check "NEET Sprint" Section & announcement section of your batch on the mobile app. ✨ NOTE : This Batch is Completely FREE, You just have to click on "BUY NOW" button for your enrollment. 📎 NEET TEST SERIES ON PW APP((bit.ly/3ru9Agh) & physicswallah.live 📍Sequence of Chapters : drive.google.com/folderview?id=1L3SvNmYoOMxfMdrkM0hFHhWJbwc8icfo ▶Physics Crash Course for NEET - by Alakh Sir : ruclips.net/p/PLJyab0VQDBGWVYHPLjAHjw9y1YB9Gf4bf ▶Zoology in 30 Days | NEET : ruclips.net/p/PLJyab0VQDBGWhd2WLnn_uvw71XqSNj3pn ▶Botany in 30 Days | NEET : ruclips.net/p/PLJyab0VQDBGW-xtJIWbQ4fiQDxkaf_-MT ▶Inorganic Chemistry in 20 Days | NEET : ruclips.net/p/PLJyab0VQDBGU4n85id5xYWp2NV63tve4p ▶Organic Chemistry in 20 Days | NEET : ruclips.net/p/PLJyab0VQDBGVVN1SglQtKjnWvVeEDrusM ▶Physical Chemistry in 20 Days | NEET : ruclips.net/p/PLJyab0VQDBGW-XCZvX8lwMDU9sd2J1qBI 🔴 Details About The Batch. ✒️ We will cover complete NEET Syllabus in 60 days. ✒️ Daily classes on our RUclips Channel "Competition Wallah". ✒️ PDFs of Lecture Notes & Practice sheet after each lecture will be provided on PhysicsWallah App (bit.ly/3ru9Agh) & physicswallah.live. ✒️ Video solution of each practice sheet will be provided on PhysicsWallah App (bit.ly/3ru9Agh) For any queries or complaints Visit : For PW APP : physicswala.page.link/?type=contact-us&data=open For PW Website : www.physicswallah.live/contact-us #Umeed #CompetitionWallah
kya alakh sir bacho ko free ka bol kar khub unka time waste kar rahe ho agar 40 days me 11 and 12 ka pura physics pura ho jata to 2 saal padhna to time wastig h na aap crash course ke place pe free me full year coarse bhi tp launch kar sakte the mmna ki sab kuchh free me nhi mil sakta but 2 crash course ke place me same budget me ek full year coarse bhi to ho sakta tha naa aur aap chaahte to saare free coarse apne main channel par bhi to chala sakte the but har line ke liye alag channel kyu your student sagar kumar Gaya Bihar
@@sagarkumaryadav7756 Are keu jhagra karne main yaahaan par aaye ho?? Chale jao na?? Tumne Jo time waste kiya hai itna comment karke keu kiya hai?? Iss time ne to aap phadai karthe. So don't underestimate sir.
00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Outro Thank you so much for likes 🙂
@@jemwithacam hey if you are preparing for neet this is enough(with extra ques solving and mock tests) and if you are preparing for boards (mcqs) it will be okay but if you have time and you want everything from the basics with derivations you can go with old videos but acc to me i think you will be fine by this video cos i have watched this complete chapter from his old videos and that was fine but in this video sir concluded everything in very compact way. you can go for it
TIMESTAMPS - 00:00:00 Intro 00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Thank You Bachho
Started studying seriously for NEET since September last year, scored 624 in NEET along with 95% in Boards this year and got into a Government Medical College. Just came here to say Thank you Sir.
Overall syllabus ek baar kb complete Kiya tha ?? According to my Target m apna course ek ek baar October end tk krr lungi saare chapters Then rest of months questions practice Y method ok hai ?
TIMESTAMPS - 00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Outro Thank you so much for likes 🙂
there is just something about him no one can come close to I think it's the fact that he really understands how my mind works as a student besides being obviously impeccable at physics,chem etc ,this man is truly a genius , I'm getting emotional lol but this lecture is truly worth more than any number of lectures or classes I have ever taken
Standing and teaching for 7 and half hr straight is not a joke ,,,, sir looking at ur dedication and hard work we get motivated,,,, thanks a lot sir for everything.... and the lecture was dope all my concepts are now crystal clear ,,, sir take care🥰🥰 and lots of love
The fact is that not all the students here have completed the lecture in one sitting..but look at sir...he has the same energy till the last...great ☺️7 hours continuous teaching only PHYSICSWALLAH can do it
00:00:00 Intro 00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Thank You Bachho
@@DoctorCool03 Hyy it's to easy. See Area of circle is pie r'2 and Area of sphere is 4pie r'2....... I think u r not reading question properly. It's clearly mentioned That calculate electric field for sphere not for circle
To be honest Alakh sir's health is low. Even if other faculties cover rest chapters please be fine with it. They teach well and good. I know your emotions attached with Alakh sir but you yourself won't like to see someone you love like this low on health. I hope you people will keep mutual understandings with the team and show maturity you should have at this stage of life.
Yes you are right... M vi yehi soch rahi thi.. ki other subjects m.. like in chemistry 4 teachers are there...also in bio there are 4 teachers... But in physics... only 1 teacher i.e.,alakh sir is there...even then he completed full 11th... And we all know.. sir's health was not good since 1or 2 week.... Humko ye bhi to sochna chahiye na ki sir humare lie kitne efforts daalte h..har ek class m...hum jo bhi demand karte h wo puri karte h...to ab agr unhone kuch kaha h.. then it is our responsibility na ki hum unke words ki respect kare...
@@khushityagi3328 haan yaarrr sir aur kitna padhayenge.. 7 ghante tak khade khade class lene me kitna dikkat aati hai ye hum samajh sakte he... Hum toh phir bhi pause karke thoda break le sakte he..lekin sirrr..🥺🥺🥺😭😭 Agar sir bolte hain ki koi dusri faculty class legi toh humko unki baaton ka respect karna chahiye yaarrrrr... Ye log kyun ni samajhte...🤦♂️🤦♂️
Others :-- Electrostats in one shot -- 1 hour lecture Alakh sir -- Electrostats in one shot --7.5 hrs. Lecture...❤️❤️it shows ki sir hame sab kuch bata dena chahte h.. so that ham neet me aacha perform kar paye..
I am a Aakash student but still his lectures are more than sufficient for neet... I don't attend my coaching's physics classes because the best physics teacher is here!! ❤
@p i y u s h bhai tu video roj dekhta hoga tab pta chalega nn kaun sa jid😅😅😅 jake wave ka video me last me dekho phir pta chal jayega kya jid thi hamlogo ki
From today, I am starting my preparation for term 1. Best of luck to you guys too. Edit(27/1/22) I forgot to mention it but as per the analysis of the paper by cbseclasses, I got 40 questions right out of 45 questions attempted. Edit(28/7/22) Guysss!!!! I got 94/100 in result, a pretty decent achievement for me I guess.
@@yamansingh4278 Mere vichaar se itna to term 1 ke liye kaafi hoga. Bs apni taraf se arihant ya Oswaal ki book se MCQs aur sample papers solve kr lena kyonki tb aapko unka level pra chal jayega.. Baki jaisi Prabhu ki ichha. Best of luck aapko bhi.
PW teachers are more hardworker than me.. vo khade hokar non - stop 8-10 hrs padha sakte h....to kya ham baithe- baithe padh bhi nhi sakte 10 ghante... Who else agree with me ?? 😣😣
Alakh sir I will revisit this video again after I secure a seat in a medical College.(Neet 2025) Thankyou so much for building my confidence in physics . These one shots are the best.
@@sarasehgal8802 koi aur rasta h ??? Jo idr b push rhe ho ki ye help krega yaa ni Iske siva ab 1 mahine phele koi aur option ni h idr se hi kro ho jayegaa Bss question practice krlena khudse formula wagera yaad krlena paper me whi chaiye
For all the viewers who completed it in one go, [2x speed], Skipping the breaks and understood it so well! ---> just Hats off!👏👏 WELL DONE!! Legends op!🗡
THANK ME LATER 00:00:00 Intro 00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Thank You Bachho 00:00:00 Intro 00:03:18 Electric Charge 00:05:26 Conservation of Charge 00:07:56 Quantisation of Charge 00:17:10 Methods of Charging 00:24:30 Coulomb's Law 00:44:03 Comparison with Law of Gravitation 1:10:41 Principle of Superposition 1:16:48 Concepts Related to 3 Charges in Equilibrium 1:49:22 Coulomb's Law in Vector Form 1:59:37 Permittivity 2:02:16 Relative Permittivity or Dielectric Constant 2:07:10 Break 2:23:19 Electric Field 2:23:29 Electric Field Intensity/Electric Field Strength 2:25:40 Electric Field due to an Isolated Point Charge 2:27:51 Electric Field due to a System of Point Charges 2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution 2:40:52 Electric Field due to Continuous Charge Distribution 2:58:53 Electric Field due to Infinite Line Charge 3:00:35 Electric Field due to Semi Infinite Line charge 3:04:22 Electric Field on the Axis of a Uniformly Charged Ring 3:07:08 Graph of E vs r on the Axis of a Ring 3:13:51 Force on a Charged Particle Placed in Electric Field 3:16:55 Motion of a Charged Particle in a Uniform Field 3:41:36 Electric Field Lines 3:43:30 Electric Field Lines due to +ve Charge and -ve Charge 3:44:28 Properties of Electric Field Lines 3:55:43 Different Patterns of Electric Field Lines 3:57:10 Break 4:11:06 Electric Dipole 4:20:20 Electric Field due to a Dipole 4:38:30 Electric Field at a General Point due to a Short Dipole 4:49:22 Force on Dipole in Uniform Electric Field 4:51:01 Torque on Dipole in Uniform Electric Field 4:53:34 Maximum and Minimum Torque on Dipole 5:08:14 Electric Dipole in Non- Uniform Electric Field 5:15:30 Area Vector 5:23:07 Electric Flux 5:26:11 Electric Flux for Non-Uniform Electric Field 5:47:36 Break 6:00:45 Gauss's Law 6:32:33 Important Note 6:36:04 Conditions for drawing a Gaussian Surface 6:40:18 Finding Electric Field Using Gauss Law 6:40:59 Electric Field due to Infinite Linear Charge 6:50:22 Electric Field due to Infinite Plane Sheet of Charge 7:02:14 Electric Field due to Charged Conducting Sphere 7:08:22 Graph of E vs r for Charged Conducting Sphere 7:13:37 Electric Field due to Non-Conducting Solid Sphere 7:32:09 Outro
Not all the families are able to afford 😢 the high prices of renowned institutions ,but bcoz of you and your team everyone is able to have a dream to become doctors ,hats off to you sir ,love you and of course yours superb 😀 concepts ❤❤❤💞
@@Vigyan_hacker first clear your basics about this chapter kyuki sir ne isme theory bahut kam padhaya hua hai mtlb deeply nhi padhaya for example permittivity ka meaning nhi btayA etc . ...ye neet valon ke liye hain jinhone pahle chapter padha hua hai taki unse questions ban jayen by the way if your basics are clear than you can watch this lecture
R these crash course videos in youtube enough to score well for neet??or should i join the batch ?? Which is better ? I have all the materials so i should just watch these lectures ryt??
Electric field niche ke side hai and if we throw proton it attracted towards negative side and movement of proton is in direction of electric field so deflection is more in proton
Bro, can u tell me that I want to prepare this chapter for Term - 1 Board Exams. Would this lecture would be sufficient considering I have not studied this chapter earlier. Plz reply krna
@@pkpk9513 yes ye log samaj nahi rahe alakh sir ki health achhi nahi hai fir bhi sab log Alakh sir ko leh rahe hai ki aap hi padhao but alakh sir ke siva ke dusre pw ke physics teachers bhi achhe hai
Sir 7 ghante kisi insaan ki per day ki total study hti h aur aapne ek lecture liya h🤯🤯🤯🤯...... We are very lucky we got unique teacher like you.. Thank you really very much sir
3:37:34 answer - the proton would have less defection than electron as it has higher mass as compared to electron and y is inversely proportional to Mass hence A>B
@@mishra0016kuch extra ...just module stuff... i will mention here Ok tomorrow...coz today i will study this chp. Bt wht i can is this is completely sufficient for neet. Bs ques practice krlenaa
IT IS A FACT THAT NO TEACHER ON RUclips WHO TEACHES EVERY SINGLE TOPIC IN 1 SHOT LECTURE SO IT IS THE REASON WHY HIS ONE SHOT VIDEOS TAKE MORE TIME..... SO PLEASE DONT THINK THAT IS LARGE AND WILL TAKE TIME.....ITS WORTH IT.......
As you have only 50 day's now for neet 2021, Do all the questions and examples which you have already solve at least one time during your preperation , dn solve previous years questions topic wise and practice sheet of PW umeed batch... All the Best 👍
@@bdchittapur6850 ok ......but we make gaussian surface around a charge eg. Gaussian surface for point charge will be spherical naa..and its closed ..so why flux is not zero there is my doubt ?
See this had happened to me also,but try this one👇👇 GET UP AT 5.30AM and see lecture for 3hrs or 2hrs then repeat this after breakfast,after lunch ,and dinner...That's all .. This time table made me to complete UMEED 1ST PU PHYSICS . . . . . . . . . . . . I know it's very hard to follow 😂 Please don't scold me😂👍
▶To download Lecture Notes, Practice Sheet & Practice Sheet Video Solution, Visit UMEED Batch in Batch Section of PhysicsWallah App(bit.ly/3ru9Agh).
To boost up your NEET 2021 preparation we have started NEET SPRINT Revision Series on our PhysicsWallah app.
For more details check "NEET Sprint" Section & announcement section of your batch on the mobile app.
✨ NOTE : This Batch is Completely FREE, You just have to click on "BUY NOW" button for your enrollment.
📎 NEET TEST SERIES ON PW APP((bit.ly/3ru9Agh) & physicswallah.live
📍Sequence of Chapters : drive.google.com/folderview?id=1L3SvNmYoOMxfMdrkM0hFHhWJbwc8icfo
▶Physics Crash Course for NEET - by Alakh Sir : ruclips.net/p/PLJyab0VQDBGWVYHPLjAHjw9y1YB9Gf4bf
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▶Physical Chemistry in 20 Days | NEET : ruclips.net/p/PLJyab0VQDBGW-XCZvX8lwMDU9sd2J1qBI
🔴 Details About The Batch.
✒️ We will cover complete NEET Syllabus in 60 days.
✒️ Daily classes on our RUclips Channel "Competition Wallah".
✒️ PDFs of Lecture Notes & Practice sheet after each lecture will be provided on PhysicsWallah App (bit.ly/3ru9Agh) & physicswallah.live.
✒️ Video solution of each practice sheet will be provided on PhysicsWallah App (bit.ly/3ru9Agh)
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kya alakh sir bacho ko free ka bol kar khub unka time waste kar rahe ho
agar 40 days me 11 and 12 ka pura physics pura ho jata to 2 saal padhna to time wastig h na aap crash course ke place pe free me full year coarse bhi tp launch kar sakte the
mmna ki sab kuchh free me nhi mil sakta but 2 crash course ke place me same budget me ek full year coarse bhi to ho sakta tha naa
aur aap chaahte to saare free coarse apne main channel par bhi to chala sakte the but har line ke liye alag channel kyu
your student
sagar kumar
Gaya
Bihar
@@sagarkumaryadav7756 Are keu jhagra karne main yaahaan par aaye ho??
Chale jao na??
Tumne Jo time waste kiya hai itna comment karke keu kiya hai??
Iss time ne to aap phadai karthe.
So don't underestimate sir.
sir electron will more deflect accd to ur question at 03: 37: 58...am i right or wrong ?
Sir ji muja Physics bilkul Bhi samaj nhi aati please help me
@@vivekpal3102 uss particular topic KO khojon jisko tumhe pareshan kar raha hai.
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Outro
Thank you so much for likes 🙂
Brr
Thanks 😊
Thanks
Thank you very much 😊
Pls koi batao yar ye boards ke liye enough hai kya term 1 ke liye isme ncert ke sare topic cover hai kya???
Ques1- 35:55
Ques2- 38:44 (2019)
Ques3- 41:35 (2010)
Ques4- 48:02 (2017)
Ques5- 59:18
Ques6- 1:03:06 (2013)
Ques7- 1:11:40
Ques8- 1:30:51 (2013)
Ques9- 1:36:23 (1988)
Ques10- 1:37:28
Ques11- 1:47:28
Ques12- 2:06:20 (1999)
Ques13- 2:28:30
Ques14- 2:36:06
Ques15- 2:37:01 (2008)
Ques16- 2:41:58
Ques17- 2:55:16
Ques18- 2:57:44 (2000)
Ques19- 3:02:12 (2019)
Ques20- 3:15:04
Ques21- 3:17:26
Ques22- 3:20:46 (2018)
Ques23- 3:25:52 (1998)
Ques24- 3:29:50
Ques25- 3:48:24
Ques26- 4:12:35
Ques27- 4:15:07
Ques28- 4:17:21 (2007)
Ques29- 4:36:05 (1998)
Ques30- 4:37:16 (2005)
Ques31- 5:02:16 (2016)
Ques32- 5:04:00
Ques33- 5:27:43
Ques34- 5:30:11
Ques35- 5:32:20 (2010)
Ques36- 5:33:29 (2006)
Ques37- 5:34:55
Ques38- 5:38:55
Ques39- 5:43:55
Ques40- 5:44:30
Ques41- 6:09:14 (2011)
Ques42- 6:10:10 (1996)
Ques43- 6:11:14
Ques44- 6:11:56
Ques45- 6:15:03 (2019)
Ques46- 6:15:44
Ques47- 6:17:48 (2003)
Ques48- 6:19:59
Ques49- 6:24:01
Ques50- 6:28:37 (2000)
Ques51- 6:29:36 (2007)
Ques52- 6:58:50
Ques53- 7:00:17
Ques54- 7:10:40 (2019)
Ques55- 7:11:57 (2010)
Ques56- in next chapter
Ques57- in next chapter
Ques58- 7:25:37 (2015)
completed this session on 10/18/21
will this series be enough or should i watch his old videos ?
btw thanks!
@@jemwithacam hey if you are preparing for neet this is enough(with extra ques solving and mock tests) and if you are preparing for boards (mcqs) it will be okay but if you have time and you want everything from the basics with derivations you can go with old videos but acc to me i think you will be fine by this video cos i have watched this complete chapter from his old videos and that was fine but in this video sir concluded everything in very compact way. you can go for it
@@kuldeeparora2768 thankyou so much. this helped me a lot✨
Appreciable 💥💫✌
@@kuldeeparora2768 can i just ask smtg? which book is better for neet students hc verma or dc pandey? I know ntg in physics I am 2pu student so
TIMESTAMPS -
00:00:00 Intro
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Thank You Bachho
Thanks❤🙏
Thanks
@@priyadarsanipurohita8953 you did wrong with that guy
Students who want Alakh Sir to teach physics for 2025 batch, mark ur attendance
Are these lectures useful for jee
which school are u from?
it is impossible for alakh sir to teach at this time
Exactly! 💯@@twinxbrothers2011
@@shivanisuraj6425Yes but you've to do allot of questions
I AM A ALLEN STUDENT AND TRUST ME BROTHERS AND SISTERS HIS PHYSICS ONE CLASS IS MORE WORTH THAN DOING ONE WEEK CLASS IN ALLEN.
Wow! ...... PW ki jai
Yaa...
Agree yaar😃👍
Main khud Allen ki student hu...
Damn true yaar
Same, I'm in Allen, and I literally study from just youtube.
Same I am also Allen student
Started studying seriously for NEET since September last year, scored 624 in NEET along with 95% in Boards this year and got into a Government Medical College. Just came here to say Thank you Sir.
Overall syllabus ek baar kb complete Kiya tha ??
According to my Target m apna course ek ek baar October end tk krr lungi saare chapters
Then rest of months questions practice
Y method ok hai ?
@@vanshikasingh3929ye lecture more sufficient he kay neet 2024 ke liye
@@vanshikasingh3929mene abi start kiya hai
@@madankolambikar2759 hh .. y pdhne k baad ek baar ncert k questions attend krr lena
@@madankolambikar2759 COMPLETELY!
Anyone in 2025? 😂
Yes 😢
Hmm
Oii
Yeh 😅
@@prathmeshwaghmare4127 pw ke aap pe
Fun Fact: The sound of pen when touching the smart board is very satisfying.
Edit: Thanks for so much likes.
Kya baat hai♥️
Right
👀Rytt
🙄🤔🤔
Sahi kha 😍
Anyone from 2024-25 batch?
Me
Meh
Yeah 😅
Me🤚🏼
Hm
TIMESTAMPS -
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Outro
Thank you so much for likes 🙂
itni mehnt k liye shukriya
Thnku Bhai 💛💛
Thnku 😇🙂🙃🙃
Thanku ❤❤
Thank you bhai😊
2 year old lec,, still many students are watching and trying to make their dream come true...🫡hope to meet u soon sir😊
Yup!!❤️
He's the best teacher frfrr😭🫶🏻🌷
@@sanskritiiiii_14 is this lecture is enough for neet?!
@@HarapriyaDas-n1vmore than enough. Bas revision and practice karte rehna chapter tips pe rahega.
@@princesstrunks3187thank you 😊
This chap is ?? Enough for jee???
Anyone From 2023 - 2024 Batch Whose 11th Went Very Bad 😢, Wants To Cover The Syllabus In Advance And Score Good ☺️ In 12th Best Of Luck To Them 👍
Thank you 💕 and same to you bro
Same brother :(
Bhai same here PCB mein compartment aaya😢😢
@@Kanahiya785 Koi Nahi Bhai Aag Laga Dena Padhkar
yes me
2024-2025 All the best for your board exam 💗💀🙌🏻 12 walo ke liye ek like to Banta h😉✌🏻
Bhen tq 🥲😂🤣
Thankuu😊
Is this vid for boards I'm also preparing for boards 2025 but here sir is teaching more deeply for neet and jee students
Bhen kya ye lecture boards k liye enough hai please bta do I am very confused 😕😕🤔
Funfact:This channel is the fastest growing neet channel on RUclips
@NEÊT ASPIRANTS Bro,unacademy channel started years ago and this channel is 4 months old only,don't compare pw with dhanacademy
@@rounakagrawal6222 yeah bro...leave those pikachus...just focus on study ....in bacho k muh lag k time we waste krna
@NEÊT ASPIRANTS Unacademy ke chamche..
@NEÊT ASPIRANTS namo sir real id se aao
Reality is that ,this is the channel when 1st video was uploded it already reached 150k subscriber.so just chill
This video was 2 years old but now2024 still we are watching😊 believe in PW🧿❤
there is just something about him no one can come close to I think it's the fact that he really understands how my mind works as a student besides being obviously impeccable at physics,chem etc ,this man is truly a genius , I'm getting emotional lol but this lecture is truly worth more than any number of lectures or classes I have ever taken
Standing and teaching for 7 and half hr straight is not a joke ,,,, sir looking at ur dedication and hard work we get motivated,,,, thanks a lot sir for everything.... and the lecture was dope all my concepts are now crystal clear ,,, sir take care🥰🥰 and lots of love
Right.. I agree with you
Yes its a great work of alakh sit lots of 😍 love to u sir.
I'm neet 2022 aspirant me ye chapter first time padh rhi hu is one short me sare concept clear ho jaenge mere ??
@@KomalNeetAspirant may be..but I think u should aware about the overview of the chapter
@@KomalNeetAspirant yeah ,,its enough but i it would be better if u take a overview of the chapter first,,so that ur foundation becomes strong
👉 "7:34:00"
"Jinke hauslo me ho dam....vo chad jaate he Everest.....Padhai karte rahe, all the very best" 🔥
-By Alakh Sir
@@smile-kd8yh means, those people who have guts in their thoughts, they comes on top of Everest..
keep studying all the very best..❤️❤️
@@smile-kd8yh tum log London se kaise aa jaate ho yaa 😂😂
@@neetmantra4512 haha lol, sahi h.. mujhe lagta h he is from Tamil Nadu side
@@mayankpandey5079 bro btw they come not they comes
@@neetmantra4512 🤣🤣🤣🤣lol
E(max)=2KQ/3√3R²
3:37:18 H.W
electron will deflect more as it's mass is less than that of proton and the deflection is inversely proportional to mass
Yhhh same
mine too , itna niche kam ka comment aya , mera desh badal raha hai age barh raha ha
@@FantasyVibes I ws searching for same
can you please say how you got that for Emax? I'm getting 4√2KQ/3√3R³
@@soldmysoultothanatos Check what value you put for x i also did the same root 2 will be in denominator
Anyone in dec 2024😢 (Are bhaiii abhi tk maine syllabus suru bhi nhi kiya or yaha pre boards sar pe aa gye hai😢😢)
Same here, aaj chapter 1 padh rha hu
Kitna hua abb tak
The fact is that not all the students here have completed the lecture in one sitting..but look at sir...he has the same energy till the last...great ☺️7 hours continuous teaching only PHYSICSWALLAH can do it
Didii this year have to cracked NEET ug
Right
Didi apka selection ho gya kiya
kya sir ne ch 1 and 2 dono ismain cover kiye hain ?
@@NiharikaB8405 NO ONLY CH1
Anyone in 2025, jan16? 😅
Jan 18😂😂
19
Jan 19😊
Jan 21
Jan 21 😅
00:00:00 Intro
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Thank You Bachho
thankyou :-)
Time stamps exist
Time stamps hain halwe
are you serious? this lecture is for 7 and a half hours! Salute to your dedication, sir. Really no one ever does this for any student. Hats off.
Bohot se lecture combine kiye honge
@@SOMEONE-cm8jc Nahi pagal ho kya ... He took breaks in between but didn't stop teaching us
@@kidzkitchen8930 tene dekhe kya 7 hours tk
@@SOMEONE-cm8jc it was a live batch
@@rochits3030 ho skta h
His health is low still he was teaching students till 12:30 am approx . Seeing his efforts plzz study
Absolutely right
In question 5 @59:50 Why are we not considering gravitational force between the two masses???
Someone please explain!!!! 😥😥😥
@@Sarahinotoverhere it is very small and neglected
Anyone in dec last 2024 😅?? Y m hi besharam ho... for neet 2025...😅
M bi hu😂😂2025
Bhul gya phirse padne Aya hu😢😂
Neet 2024 walo like kro. Wish ki apki mehnat apko mbbs college tak legaygi❤
tere muh mei ghee shakar
I am here for 2025 😢 but all the best for ur success
Neet 2024 ke lie enough h lec???
Upsc karni haii neet nh karna is class kya baad upcs ke class lunga
Ameeen ❤ MDCAT k bhi
Teacher - What is SHM?
5:07:20
Me - Zum zum zum zum zumba motion of particle
(Alakh sir's favourite)
😂😂
Zumba zumba Pandey kaun tha...??😂
ruclips.net/video/I9LUG2aXQUM/видео.html
Corona aisa dikhta he 🎉🎉🎉🎉
😅😅😅
@@swagatalaxmidan9008 bhai kya ye jee wale dekh sakte he kya
@@shekharsahu282Jee k liye alag batch hai, Umeed sirf NEET k liye dedicated batch hai...Jee wale dekh sakte hai, but zyada faida nahi hoga.. 🙄
3:13:44 HW Answer EMax = 2kq/3√3R*2 ... 2kq divided by 3Root 3 R square
3:36:53 Electron will have more deflection
@@DoctorCool03 Hyy it's to easy. See Area of circle is pie r'2 and Area of sphere is 4pie r'2....... I think u r not reading question properly. It's clearly mentioned That calculate electric field for sphere not for circle
@@devgera3308 correct brother my answer is also same 👍
Sahi hai value put karo answer nikalo magar +_ ka dhyan do
I am not taunting only for your some improvement
why will electron have more defletion?? mass of proton is greater so more it will experience more force?
To be honest Alakh sir's health is low. Even if other faculties cover rest chapters please be fine with it. They teach well and good. I know your emotions attached with Alakh sir but you yourself won't like to see someone you love like this low on health. I hope you people will keep mutual understandings with the team and show maturity you should have at this stage of life.
Yes you are right...
M vi yehi soch rahi thi.. ki other subjects m.. like in chemistry 4 teachers are there...also in bio there are 4 teachers...
But in physics... only 1 teacher i.e.,alakh sir is there...even then he completed full 11th...
And we all know.. sir's health was not good since 1or 2 week....
Humko ye bhi to sochna chahiye na ki sir humare lie kitne efforts daalte h..har ek class m...hum jo bhi demand karte h wo puri karte h...to ab agr unhone kuch kaha h.. then it is our responsibility na ki hum unke words ki respect kare...
Yes brother... atleast some one understands...🥺
@@khushityagi3328 haan yaarrr sir aur kitna padhayenge..
7 ghante tak khade khade class lene me kitna dikkat aati hai ye hum samajh sakte he...
Hum toh phir bhi pause karke thoda break le sakte he..lekin sirrr..🥺🥺🥺😭😭
Agar sir bolte hain ki koi dusri faculty class legi toh humko unki baaton ka respect karna chahiye yaarrrrr...
Ye log kyun ni samajhte...🤦♂️🤦♂️
Yes brother.
@@Arborvitae616 hey
Don't worry
I am fine
Anyone from 2022-23 batch who want to finish syllabus quickly. ☺☺☺
Ye me
Yar quick finish is not important. How perfect u do is important
😬😬
@@YRUhere me
Yes ..
2025 wale “attendence “ here❤️🔥
😂
1 Cr views 🤯, even some Bollywood songs fail to reach this milestone
Competition kyun badh rha...😢...sala selection muskil horha en faltu students ki wajah se..but still i included myself as faltu😂
Kya iss chapter se kuch remove hua hai?
Fun fact-: when other teachers come views are in thousands but when alakh sir comes views are in Lakhs
That's the power of A-Lakh sir 🤓
@physics🤓 It matters coz
no. of views = Amount of money
@@syntaxside chacha aapki much kaha gyi?
@@subhojit2003 chachi ko bech di😢
@@syntaxside do you think that he works for money if you think so change your thinking, he refused 70 crores for us and look at u 😂
@physics🤓 obviously
3:13:39 E max = 2kQ/3root3r^2
& question no. 24 electron will have more deflection
Yes Sister
Why?
😵
Have u made notes of this chapter can I get it
@@AnuragSingh-tg5fg yes from pw app >umeed batch
Target is to complete whole physics from alakh sir in 1 month👍🏻
Bro is this sufficient for neet ?
@Xyz-j2x yes absolutely
@@HEED-10 okay thanks
So how much have u done....????
@@kalki6451 half of the lectures
Others :-- Electrostats in one shot -- 1 hour lecture
Alakh sir -- Electrostats in one shot --7.5 hrs. Lecture...❤️❤️it shows ki sir hame sab kuch bata dena chahte h.. so that ham neet me aacha perform kar paye..
Bhai yeah pura ho gaya kya
@@devsa.n dusra chapter baki hai
Potential baki hei.....
Is this lecture are good for the students who are in 12 recently for neet prepration
@@meghasharma6432 yes.. but derivations seekhni h agar to purani videos dekho sir ki..
Any one .2025 in jan
I am a Aakash student but still his lectures are more than sufficient for neet... I don't attend my coaching's physics classes because the best physics teacher is here!! ❤
Yeah many akaashians feel the same
same
Same I am also a akash student 😅
Yes 🙌🏻
lol paise barbard .
Bahut nasib wala hain hmm sab...jo ap jasa teacher hmmlog ko mila jo..hamari jaruatoo..ka...alawa..hamari zidd ko bhi puri karta .hain...🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
@p i y u s h class 12th padhana ka
@p i y u s h bhai tu video roj dekhta hoga tab pta chalega nn kaun sa jid😅😅😅 jake wave ka video me last me dekho phir pta chal jayega kya jid thi hamlogo ki
Sundar jethalal ka saala hai
Khushnasib hai hum humare paas physics Wallah hai 🎉🙏
@@abhaygupta2670 bhai kyu competition badha rahe ho
Right
3:13:48 - H.w. _ Emax for ring = 2KQ/3√3R^2
From today, I am starting my preparation for term 1. Best of luck to you guys too.
Edit(27/1/22) I forgot to mention it but as per the analysis of the paper by cbseclasses, I got 40 questions right out of 45 questions attempted.
Edit(28/7/22) Guysss!!!! I got 94/100 in result, a pretty decent achievement for me I guess.
Is it good for term _1 level it's or its harder than term_1
@@yamansingh4278 Mere vichaar se itna to term 1 ke liye kaafi hoga. Bs apni taraf se arihant ya Oswaal ki book se MCQs aur sample papers solve kr lena kyonki tb aapko unka level pra chal jayega.. Baki jaisi Prabhu ki ichha. Best of luck aapko bhi.
Prabhu sabka bhaaalaa hi karega..!!
Thanks
i am starting from today
A -adorable.💞
l- laughter machine🤭😂
A : always hard working ☺
k- know each concept of physics❤
H: ☺human with pure heart💜
me loves uh!!👀❤
@incredible statuses normie spotted
* QUES-1 TO QUES- 6 *
* QUES-7 TO QUES- 9 *
* QUES- 12 *
* QUES- 13 *
* QUES- 15 TO QUES-17 *
* QUES- 19 TO QUES- 21 *
* QUES- 24 TO QUES- 25 *
* QUES- 34 *
* 5:43:30 *
* QUES- 41 *
* QUES- 44 *
* QUES- 46 *
* QUES- 49 *
Who 2024-25 present?
Ham
Me too even though this my 2nd attempt. I'll have to give 1 more 🥲.
Me also
Me❤😊
Haan bhai mein ...but mein nhi chahta tum logon ki wajah se competition badh jaye neet keliye...😅..to pls haar maan lo😂
PW teachers are more hardworker than me.. vo khade hokar non - stop 8-10 hrs padha sakte h....to kya ham baithe- baithe padh bhi nhi sakte 10 ghante... Who else agree with me ?? 😣😣
no-one
everyone is working very hard
@@Milanjain30 ohk
Sab students 10+ghante se padai kr rhe h😂😂😂
@@saptarshidas100yearsago7 sach kya? Ye sab dekh ke boht guilt lag rha hai😅
@@saptaparnidatta2403 guilt lag rha hai mai 12 ghante padhai karta hu pomodoro laga din me 1 hour exercise ke liye bacha leta hu
Anyone who is using this for NEET 2023 ??The best ever playlist in Online platform♥️💛♥️💛♥️
Yes👐
Me 6 Tarik ko board k liye padh rhi hu 😂
@@hemlatavaishnav3438 coulombs law will not be changed for boards...so...🙌
me
Me
Anyone in 2025 after 20 jan
Is this enough for jee too?
Yes@@Mastermind0543
Thanks brother
That feeling when you complete the whole lecture(7:34:35) in one shot .......just amazing😍😍😍😍Always stay with us....alkh sirr😇
Sahi kaha, dil ko satisfaction mil rha hai
Others satisfied me planning next lesson
Iska pdf kaha par milega
@farida moiyadi BECAUSE GRAVITAIONAL CONSTANT RAHEGA HEIGHT KE WAJAH SE CHANGE NHI HOGA TO CONSIDER KARO NA KARO SAME BAAT HAI
@@Tahirnalband bro do you know where can I get the notes?
10 M views completed on this lecture😯 Sir is legend for all the students 🫶🏻
100M
@@Shamitbadshasir ki jaan loge kya
Now 1 cr
@@IchikaSanE 10M=1Cr 😂
Alakh sir
I will revisit this video again after I secure a seat in a medical College.(Neet 2025)
Thankyou so much for building my confidence in physics .
These one shots are the best.
🎉
Did you get the seat
Any 2025 batch is here😅
Yes
how can i get pdf of that vdo lecture
Yes😅
Yes 😊
Yesss
Anyone starting prep for 2023 NEET from here ??👏🏻👏🏻🐵🐵
Me🥲
Me too..
me
Yeah
Yess
Anyone who came here to finish the syllabus quickly for 7 may 2023
Yes
Are ha
Yes did watching this help?
@@sarasehgal8802 koi aur rasta h ???
Jo idr b push rhe ho ki ye help krega yaa ni
Iske siva ab 1 mahine phele koi aur option ni h idr se hi kro ho jayegaa
Bss question practice krlena khudse formula wagera yaad krlena paper me whi chaiye
Yes
For all the viewers who completed it in one go, [2x speed], Skipping the breaks and understood it so well! ---> just Hats off!👏👏 WELL DONE!! Legends op!🗡
Can you please clear my doubt..
Does jee aspirants can also attend this one shot lecture for completing their syllabus?
@@adityabawne9191 yes
@@Adithya05 yes
@@Adithya05Nope
please clear my doubt too
can I watch this lecture for my boards ISC preparation ?
Each and every single concept is covered in this one shot session....
A lot of thnks to dear alakh sir !!
We Luv uhh sirr ❤
Sis is it sufficient for neet?
This is not shot 😃, but to be honest standing and teaching for Sevan and half hour is not a joke .
Hats of to u sir
Bhayya ye video class 12 board ke liye h ya neet purpose ke liye h
@@safgour496 neet
Bro please tell me I can watch this lecture as jee student or not 🙏🙏🙏
36:02 ques 1
59:19 ques 2
1:11:50 ques 3
1:30:51 ques 4
1:37:40 ques 5
1:47:40 ques 6
2:34:15 ques 7
2:36:15 ques 8
2:42:00 ques 9
2:55:18 ques 10
2:58:20 ques 11
3:15:15 ques 12
3:17:45 ques 13
3:30:02 ques 14
3:48:33 ques 15
4:12:38 ques 16
4:15:10 ques 17
4:36:30 ques 18
4:37:50 ques 19
5:04:00 ques 20
5:27:45 ques 21
5:30:15 ques 22
5:34:55 ques 23
5:38:56 ques 24
5:43:56 ques 25
5:44:31 ques 26
6:11:20 ques 27
6:11:58 ques 28
6:15:10 ques 29
6:16:02 ques 30
6:20:00 ques 31
6:24:02 ques 32
6:40:38 ques 33
6:58:56 ques 34
7:00:25 ques 35
7:10:55 ques 36
7:25:37 ques 37
Hsh
Wrong time stamps
Belle ho kya😂😂
THANK ME LATER
00:00:00 Intro
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Thank You Bachho
00:00:00 Intro
00:03:18 Electric Charge
00:05:26 Conservation of Charge
00:07:56 Quantisation of Charge
00:17:10 Methods of Charging
00:24:30 Coulomb's Law
00:44:03 Comparison with Law of Gravitation
1:10:41 Principle of Superposition
1:16:48 Concepts Related to 3 Charges in Equilibrium
1:49:22 Coulomb's Law in Vector Form
1:59:37 Permittivity
2:02:16 Relative Permittivity or Dielectric Constant
2:07:10 Break
2:23:19 Electric Field
2:23:29 Electric Field Intensity/Electric Field Strength
2:25:40 Electric Field due to an Isolated Point Charge
2:27:51 Electric Field due to a System of Point Charges
2:34:54 Electric Field at the Centre of a Symmetrical Charge Distribution
2:40:52 Electric Field due to Continuous Charge Distribution
2:58:53 Electric Field due to Infinite Line Charge
3:00:35 Electric Field due to Semi Infinite Line charge
3:04:22 Electric Field on the Axis of a Uniformly Charged Ring
3:07:08 Graph of E vs r on the Axis of a Ring
3:13:51 Force on a Charged Particle Placed in Electric Field
3:16:55 Motion of a Charged Particle in a Uniform Field
3:41:36 Electric Field Lines
3:43:30 Electric Field Lines due to +ve Charge and -ve Charge
3:44:28 Properties of Electric Field Lines
3:55:43 Different Patterns of Electric Field Lines
3:57:10 Break
4:11:06 Electric Dipole
4:20:20 Electric Field due to a Dipole
4:38:30 Electric Field at a General Point due to a Short Dipole
4:49:22 Force on Dipole in Uniform Electric Field
4:51:01 Torque on Dipole in Uniform Electric Field
4:53:34 Maximum and Minimum Torque on Dipole
5:08:14 Electric Dipole in Non- Uniform Electric Field
5:15:30 Area Vector
5:23:07 Electric Flux
5:26:11 Electric Flux for Non-Uniform Electric Field
5:47:36 Break
6:00:45 Gauss's Law
6:32:33 Important Note
6:36:04 Conditions for drawing a Gaussian Surface
6:40:18 Finding Electric Field Using Gauss Law
6:40:59 Electric Field due to Infinite Linear Charge
6:50:22 Electric Field due to Infinite Plane Sheet of Charge
7:02:14 Electric Field due to Charged Conducting Sphere
7:08:22 Graph of E vs r for Charged Conducting Sphere
7:13:37 Electric Field due to Non-Conducting Solid Sphere
7:32:09 Outro
Thank u after 1 year😁😁..
2023 NEET aspirant....he is the legend 🔥🔥🔥....same energy level from 0:00 till the end... nobody except the pwains can do that...hats off to you sir 🔥
You are a Neet 2023 aspirant?
@@neetlibrary70 Ya!...you?
@@gitanjalisuar805 aap chemistry kis se padh rhe h kya bta skte h please?
@@gitanjalisuar805 can jee 2023 also watch this
@@appropriatesuccess3476 Ya it's appropriate for NEET and JEE mains...not advanced
Not all the families are able to afford 😢 the high prices of renowned institutions ,but bcoz of you and your team everyone is able to have a dream to become doctors ,hats off to you sir ,love you and of course yours superb 😀 concepts ❤❤❤💞
R u prep for 21 or 22
Pls koi batao yar ye boards ke liye enough hai kya term 1 ke liye isme ncert ke sare topic cover hai kya???
@@Vigyan_hacker 😂 still some r in fear of small board exam 😂
@@Vigyan_hacker first clear your basics about this chapter kyuki sir ne isme theory bahut kam padhaya hua hai mtlb deeply nhi padhaya for example permittivity ka meaning nhi btayA etc . ...ye neet valon ke liye hain jinhone pahle chapter padha hua hai taki unse questions ban jayen by the way if your basics are clear than you can watch this lecture
R these crash course videos in youtube enough to score well for neet??or should i join the batch ?? Which is better ? I have all the materials so i should just watch these lectures ryt??
Are these oneshot lectures enough for neet instead of individual lectures
Sahi ho sakte hai
Seriously one shot for neet aspirant...detailed explanation with precise form(notes + numerical) and without skipping any concept....
3:37:19 - answer is A)electron
Explanation:electons has less mass than proton so as per formula electron will show more deflection...👍👍👍👍
Yes same answer h
But in question it is given that it is gravity free so mass does not depend....
@@godson200 ooo thank u bro
@@godson200 app konsi class me ho...??
Electric field niche ke side hai and if we throw proton it attracted towards negative side and movement of proton is in direction of electric field so deflection is more in proton
All the best to everyone who's here before the term 1 physics exam.
Sukriya 🙂 ab dua ki hin jarurat h wishes dete rhe sabhi
tq bro .
@@deczarz8278 🤣🤣
Can anyone tell me is this enough to score better for physics , for revision and problem solving.
@@dinesvidsondave3714 the term 1 exams are over you are too " early " to comment bro 🙃
Anyone in October 2024 ?🌚💅
Hi sir
Nov 🌝
Turn pain into anger.
Anger into Motivation
And Motivation into Success ✌️😇
Kown sa class ka hai yea lecture ??
@@premprakashpokhrel7081 12th
Hii
Hi
We were taught this chapter for 1 MONTH. but i could Never solve any questions from it. Sir ne 7.5 hrs mein 🙂 sb clear kr dia
@@bbbbb2884 yes
@@bbbbb2884 for neet, yes it's more than enough. But if you want to know about derivations and all then you can watch his old lectures
@Tannu Ahlawat kraye h kya?
Bro, can u tell me that I want to prepare this chapter for Term - 1 Board Exams. Would this lecture would be sufficient considering I have not studied this chapter earlier.
Plz reply krna
@@chinmayjain2023 this is for neet. Refer to ncert wallah channel for board oriented lectures.
कोन कोन syllabus complete करने को ykeen 2.0 2023 से यहां पढ़ रहा है ?? 😀😀😀😀
Mee
@@madihakhan4489 Are you also making notes side by side ?
I made notes already of this chapterjust solving the sums again ..
Aa gaye idhar udhar bhatakne ke baad sahi jagah pe Neet 2025 wale ..........................😂
😂
Can u please answer my one question..??
@@neet2025-e2z yr ye btado k yha wo topics to nhi pdhare jo deleted h qki ye old lectures h na
Who has started today🙋?
me
Me
@@Zeba0229 aap kahan se ho
@@easywayse7359 patna
@@Zeba0229Neet ki preparation kahan se kar rhi ho
WE ARE REALLY HAPPY TO SEE YOU AGAIN .... RESPECT YOU SIR
Can I get notes of this chapter of u have made it
@@AnuragSingh-tg5fg 😂 what were you doing huh!?
@@AnuragSingh-tg5fgmake your own handwritten notes ,much better for you 🤫😅
@@AnuragSingh-tg5fg bhaisahab kuchh jada nhi hogya ye 😂 mtlb kuchh bhi 😃🤣🤣
yes
feeling bad for students who watched live lecture and they actually thought 50 mins are remaining
😂😂😂
🤣🤣
😂
🌚🌚
How can I found the notes??
5th January start at 10:46 , I will score 720 marks in NEET in 2025
How much marks you are scoring now ?
I literally can't imagine..how much energy he has to keep 7 hours..omg..sir ur gr8
Which class are you in CBSE board does it or neet or jee
@@mariarahman3898 I'm in state board..but preparing for NEET
@@caspersweb5559 ooooooh 😊
babita ki kasam maasab aapko saare chapters aap hi karna 7 hours lecture m koi dikkat nhi h aap hi ho hero hmare.
Ha sir aap hi padhana physics puri plsss🙏🏻🙏🏻😭😭
@@mayankpandey5079 unki health kharab thi
@@pkpk9513 yes ye log samaj nahi rahe alakh sir ki health achhi nahi hai fir bhi sab log Alakh sir ko leh rahe hai ki aap hi padhao but alakh sir ke siva ke dusre pw ke physics teachers bhi achhe hai
@@pkpk9513 ha sir ki health thodi weak lg rhi hai. Sir really working so hard
i am so glad that even in oneshot video sor teaches so well that no offline coaching can compete.
Yes, bro yar sahi bola❤🔥
@@sandipgujar6059 is this video enough for neet 2025???
With the help of NEET 2021 lec.
Let's crack NEET 2022 😇😇😇.
Did you complete the syllabus
Yes lesgooo
@@susmitha9476 not really, not for me atleast
Is this enough for Cuet?
@@susmitha9476 no yrr
Congrats to those who present till last
"Teri junoon Ka nateeja zaroor niklega"🌸❤️
I think watching online waste time after that u can watch in 1.75 or 2x
@@aazammalik1946 .same
@@aazammalik1946 u are right bro
@@aazammalik1946 yes dude
I think recorded is much better
In question 5 @59:50 Why are we not considering gravitational force between the two masses???
Someone please explain!!!! 😥😥😥
One of the best teacher ever seen.
10 time taught by school teacher =taught by alakh sir in one lecture
Mazaa aa gya sir.
Bhale hi lecture zyada lamba tha lekin 1-1 concept achchhe se samajh aa gya h.
❤❤❤❤❤
🥚 sactlyyyyy
Sir 7 ghante kisi insaan ki per day ki total study hti h aur aapne ek lecture liya h🤯🤯🤯🤯...... We are very lucky we got unique teacher like you.. Thank you really very much sir
Insta id please
3:37:34 answer - the proton would have less defection than electron as it has higher mass as compared to electron and y is inversely proportional to Mass
hence A>B
As a student fo Aakash
This video is enough for neet
Just 2-3 formula are more in my package
Rest everything is there
Which 2-3 extra Formula ? Please tell
@@mishra0016kuch extra ...just module stuff... i will mention here
Ok tomorrow...coz today i will study this chp.
Bt wht i can is this is completely sufficient for neet. Bs ques practice krlenaa
@@shahinhayatkhan3280yeah right
Ikr
Tomorrow is my AIATS and I'm here for the chapter
3:37:17 H.w. - electron will show more deflection as it will face more acceleration in y direction [ a = qE/ m ]
May be it has less mass ascompare to proton
IT IS A FACT THAT NO TEACHER ON RUclips WHO TEACHES EVERY SINGLE TOPIC IN 1 SHOT LECTURE SO IT IS THE REASON WHY HIS ONE SHOT VIDEOS TAKE MORE TIME..... SO PLEASE DONT THINK THAT IS LARGE AND WILL TAKE TIME.....ITS WORTH IT.......
Is this lecture helpful for those who didn't listen the class of this chapter even once....Is this one shot or cover whole topics of this chapter?
@@bbbbb2884 yes
Sir we want lectures from you for 2023/ 24 also ❤️
Ha jarur
Ha shi m
Bhai mai yai lecture pura dekhunga to mujhey samjhe ga agar mainay pehle yai chp nhi padha hai to please jaldi batado yarr please
Bro please tell me I can watch this lecture as jee student or not 🙏🙏🙏
Jao abhi bhi time hai ache se 1 saal padh lo 1 shot ke chakar mi t pad
Students giving neet in 2024 please put mark your attendance here😊
Present
Present
🙋♀️
How's preparation guys?
Present
Hats off to those who made notes of the whole 7hrs lecture 😭👏🏼
I studied this chap for first time in class 12 it was amazing explaination
Yess ❣️❣️
I'm starting my 12th , should i watch the whole lecture i'm confused bcz the video is based on neet syllabus ._.
Yes Afcourse
@@_megha_3291 I love you ❤❤
@@shaurya__3221 woah 🙂
This is possible only when you get Blessings and love from millions of students.
plz can u tell agr m lecture ques practice sheet nd pyqs krlu toh 160+aa jyge in phy..
As you have only 50 day's now for neet 2021, Do all the questions and examples which you have already solve at least one time during your preperation , dn solve previous years questions topic wise and practice sheet of PW umeed batch... All the Best 👍
@@supremegogoivlog8494 thnku all the best to u too
Sir: at 38:33 “15 min ki class nahi hai 50 min ki hai sach me Bata raha hoon “
and the total class was 7 hours 😂 thank you sir for teaching us ❤️
Lots of XDDDDDDDDDDs
Sir said
Net flux through 3D surface in uniform electric field is zero but in gauss law it is Q/£o could u tell me where I went wrong?
@@Quadriceps_femoris it's not surface it's closed surface
@@Quadriceps_femoris net flux through any closed surface is zero
@@bdchittapur6850 ok
......but we make gaussian surface around a charge eg. Gaussian surface for point charge will be spherical naa..and its closed ..so why flux is not zero there is my doubt ?
We can do it ❤ 2024-25 😊
Nothing is impossible ❤
When you believe in yourself ⚡️⚡️
Its been 3 days i didnt complete this whole 7 hours lecture... Feeling so demotivated because i do have a lot of syllabus left still🙁😕
Even me do 3 chapters a day don't worry you ll sail through
@@Iimahmedabad26 thanks dear.... This gave me a sort of hope and motivation 💖
See this had happened to me also,but try this one👇👇
GET UP AT 5.30AM and see lecture for 3hrs or 2hrs then repeat this after breakfast,after lunch ,and dinner...That's all ..
This time table made me to complete UMEED 1ST PU PHYSICS
.
.
.
.
.
.
.
.
.
.
.
.
I know it's very hard to follow 😂
Please don't scold me😂👍
@@emotional_wreck thanks.. Btw I'm doing the same.. But its hard though, 😅😂
@@Iimahmedabad26 pro tip watch this in 2x
completed this in one day. you can do it too! keep hussling!!
Neet 2022 saficient bro kiya
Plese anybody tell muje notes nhi mil rhe 😓😓😭😭😢😢😢
In question 5 @59:50 Why are we not considering gravitational force between the two masses???
Someone please explain!!!! 😥😥😥
@@aanchalsangwan9230 pw app me notes milenge
...
Deflection in both cases where same in question no.24
i am watching this lecture and suddenly i saw the moment when niraj chopra winning the gold medal for our country.The moment is awesome 🥰🥰🤗🤗🥇🥇🥇🥇
@UC2H9DCnYe9GvHY7MMa35JNg thanks😅😅
@@soumitbakshi3916 good 😊
Yes bro😘
@@soumitbakshi3916 so you were watching tv🙃
Bhai neeraj kee spelling galat likhe haii
NEERAJ*
Aim for Allms❤️🙌🏻✨
Yeah right
Legends are those who are also taking break even watching the recorded video😂😂😂
3:37:12
Ans electron
As it has less mass as compared to proton......
Yes yrrr me bhi yhi dundh rha tha ki kisi ne toh likha hoga bt saare hi gjb h yha toh ek mile bs tum