MAXWELL EQUATIONS IN TERMS OF SCALAR AND VECTOR POTENTIAL || ELECTRODYNAMICS || WITH EXAM NOTES ||

[@ayaansingh7954]

Sir ,I have completed my bsc graduation with flying colours . Today,the university declared the result . And the good thing is that I got 32/35 in nuclear physics and 29/35 in quantum mechanics . And in practical exam 71/75 as It was based on only and only viva( 'cause of corona pandemic )

[@ayaansingh7954]

I watched only your videos matching with the syllabus of my college . And I didn't even touch the book .😀

[@pankajphysicsgulati]

My pleasure dear Keep shining

[@info-hub457]

May Allah shower you in his blessing's sir. Thank you so much

[@pankajphysicsgulati]

Ameen summah ameen

[@monikarathore5252]

Very nice your teaching .. tnq so much sir 🙏

[@pankajphysicsgulati]

Welcome beta God bless you

[@I-am-musalman]

10:30 Insallah aapko bahat ache se samajh ayega ❤.... love u sir 😊😇from core of my heart nice explanation🎉

[@pankajphysicsgulati]

Thanks dear for your kind words May Allah fulfill all your dreams and wishes

[@The-Hanuman]

Sir app jaisa shayad hi koi pdha payega

[@pankajphysicsgulati]

Keep making us proud

[@saadfaisal1687]

Sir for the Maxwell's equation and this topic, can we use both "d" and "curly d" as to denote the differential operator??

[@pankajphysicsgulati]

Yes beta you can God bless you

[@saadfaisal1687]

@pankajphysicsgulati thanks a lot sir for these amazing lectures

[@sakshipurohitvidios7916]

State Maxwell equation for system of charges and currents show that for an electromagnetic field is this same question sir

[@pankajphysicsgulati]

Yahi hai beta

[@shafiya0115]

Sir ,my question is = show That the four maxwell equation for e m field can be written as pair of equations in terms of scaler and vector potential .show that The maxwell's equations are invariant under gauge transformation. Sir isme bhi bss ye vdo me jitna btaye utna likh lenge to complete ho jayega ya gauge transformation ka detail bhi likhna hoga

[@mily_45]

Sir I didn't use vector notations. But all other things were correct for magnetic induction equation. Will it cause problem

[@pankajphysicsgulati]

Not much dear God bless you

[@AwaisKhan-tj7xc]

Yu teach every topic very well

[@pankajphysicsgulati]

May Allah bless you

[@chhayasahu3481]

Sir ji msc physics 2nd sem ka sabhi subjects ka video bna dijiye n please nhi mil rha sir bahar kisi k pas aur ap hi ka achhe se samjh aata h

[@pankajphysicsgulati]

Ok beta sure God bless you

[@chhayasahu3481]

Thank u sir ji❤️

[@soubhagyasays8288]

Sir 5th sem ka maximum topics app upload kar diye the... Aur hamara exam b achha gaya... 6th sem mein...electromagnetic theory, statistical mechanics and nano particles hain... Toh hope karta hun ki app sab topics ko. Upload karenge

[@pankajphysicsgulati]

PLZ type topic name + PANKAJ PHYSICS GULATI You will get everything

[@soubhagyasays8288]

@@pankajphysicsgulati Matlab app already 6th sem ki topics upload kar chuke hain....? 😲 Thank you sir ❤️...

[@prakashchandradorbi7182]

Very nicely explained sir. Confuse door ho gya. Thank u so much .

[@pankajphysicsgulati]

Welcome dear

[@BipinYadav-gq2fd]

अटेंड मैक्सवेल इक्वेशन ऑफ इलेक्ट्रोमैग्नेटिक फील्ड फ्रॉम द बेसिक लॉ ऑफ फिजिक्स रिप्रेजेंटिंग these equation. सर यह सवाल यूनिवर्सिटी में पूछा है क्या यही सवाल है integral multiple form wala sir

[@radhikamishra4599]

Reply on video at 10:30 ----mashaallah mujhe samajh aa gaya 🤣🤣🙏

[@pankajphysicsgulati]

God bless you beta

[@lalikhatri]

Sir ,, obtain Maxwell's stress tensor in Matrix form in free space ,, iska answer yhi hoga

[@Torquefacts]

Sir reviews of maxwell equations ye topic apka konsi video dekne se cover hogayga plz reply

[@washimakram7381]

Sir scalar vector potential wale video me (Vm) ko scalar potential bola tha or is video me (phi) ko scalar potential bola h toh difference kya hai dono mei ya fir dono same h sir??

[@pankajphysicsgulati]

Both are same

[@washimakram7381]

@@pankajphysicsgulati thanks sir

[@umarsheikh7572]

Sir wave eq for scalar and magnetic potential ma b ya he lik sakty h kia

[@pankajphysicsgulati]

Not sure dear

[@mubasherhere9937]

Sir please recommend a book also which will help us more.

[@studypoint2.0k]

✨पढ़ने के लिए जरूरी है ✍️-एकाग्रता 🙇‍♀️ एकाग्रता के लिए जरूरी है-🧎🏽‍♀️ ध्यान से ही हम इंद्रियों 🧖 पर संयम रखकर 🙇‍♀️प्राप्त कर सकते है✨

[@pankajphysicsgulati]

Absolutely correct dear

[@fazalrehmanjj3213]

From pakistan u r very good

[@pankajphysicsgulati]

May Allah bless you dear

[@charanbikkina5821]

Happy teachers day sir ji❤

[@pankajphysicsgulati]

THANKS dear for your kind wishes God bless you

[@BabyKumari-w6r]

Sir Maxwell field equation in the tensor form ka topic yhi hoga kya ???

[@pankajphysicsgulati]

No beta

[@abhinavdalal4210]

Ek number ka master 💯

[@pankajphysicsgulati]

God bless you dear Keep making us proud

[@suprbhasharma925]

Obtain wave equation for scaler n vector potential n find its solution ka yhi answer hoga sir

[@rakeshkumardwivedi2756]

sir aap ke videos bahut helpful h hmre liye...sir aap IIT JAM PHYSICS ke preparation ke liye bhi important topics ke videos bnaye plz ..so that i can qualify this exam to get top college's for studies.. from LUCKNOW

[@pankajphysicsgulati]

I will try dear

[@ksview9]

Explanation is very nice sir, but it's a request please cover complete m. Sc of jiwaji university and, one another request to you please improve the camera lenses, it's mostly blurr type of videos, so these are the requestes.

[@pankajphysicsgulati]

Ok beta God bless you

[@sowhat9805]

Yay! Nice intro.... 😍

[@pankajphysicsgulati]

God bless you

[@mimidandutta8599]

The equs u derive here are ok but in ur Lorentz gauge video the initial equ of phi is slightly different from this.

[@rizwanalilmsonly6477]

respected sir lengiven debye equation chahye for orientation of polarization apka channel mai ha ya equation.

[@pankajphysicsgulati]

Sorry dear not AVAILABLE

[@rizwanalilmsonly6477]

@@pankajphysicsgulati ok sir thank u

[@jiteshpatel1296]

Electromagnetic scalar and vector potential in form of four vectors bhi yahi hoga kya sir ji....?

[@pankajphysicsgulati]

No beta

[@salonivishwakarma3011]

Sir Maxwell equation in tensor form ..ka video bna dijiye

[@pankajphysicsgulati]

Ok beta

[@SurajKumar-ft5pq]

Sir y taking B vector= curl x A vecter😊

[@pankajphysicsgulati]

Plz watch magnetic vector potential lecture to understand God bless you

[@MrDot-qp2wi]

Sir after bsc phy honours kya karna sehi hoga . Job jaldi chahiye plz reply me

[@pankajphysicsgulati]

MCA, MBA kar lo

[@sakshisah8211]

Sir ye Maxwell's relation for electromagnetic field k liye bhi h

[@pankajphysicsgulati]

Yes beta

[@Perpendicular07]

Nice to see u❤️❤️

[@pankajphysicsgulati]

Same here dear

[@himanshugairola6536]

Sir what is hertz potential

[@pankajphysicsgulati]

I will make separate video on that soon God bless you

[@himanshugairola6536]

Plz sir my exam from next month

[@fazalrehmanjj3213]

Kuch speed slow hona chaia jesa aj ka lecture

[@pankajphysicsgulati]

THANKS dear for your kind suggestions

[@OfficalAnkitSharma]

Sir agar question aata hai.... Derive scalar and vector potential in terms of Green function for a wave tho hme yhi likhna hai jo video me bataya hai aapne ..??

[@pankajphysicsgulati]

No dear Vo topic alag hai All the best

[@LOVEPHYSICS5331]

Sir mu and epsilon kya hai or kya in dono ki jagah mu not and epsilon not likh sakte hai?

[@anuragsharma4159]

not wala free spaces mein use karte.Ya common jagah pe.

[@ans5648]

sir...hamare college mai sir ne kaha hai ki Del ke upar vector sign lagana chahie...toh mai aapke sare notes par del ke upar vector sign lagake likhta hu..lekin ek problem aa gaya hai..ye Del square ke upar vector sign dena hoga kya?

[@pankajphysicsgulati]

Dear Dell square is an operator Iske upar vector ni lgaate kabhi bhi God bless you

[@ans5648]

thanks sir itne atche se samiane ke lie🥰..

[@dreams3895]

Thank you so much sir 🙏

[@pankajphysicsgulati]

Welcome beta God bless you

[@pallavikumari180]

Thank u Sir .. Very helpful video ...

[@pankajphysicsgulati]

Welcome beta Keep making us proud

[@physicspointanalysis123]

Teacher are many but you are one of them sir.your performance is best due big black board space.good performance 👌👌 brother God bless you

[@pankajphysicsgulati]

THANKS dear for your kind BLESSINGS

[@sharifphysicscare9490]

Sir pls suggest me electrodynamics book... Love from Bangladesh

[@pankajphysicsgulati]

John David Jackson is good book for ELECTRODYNAMICS May Allah protect you from evil eyes

[@sharifphysicscare9490]

@@pankajphysicsgulati thanks a lot sir

[@nadiamalik8620]

Uncle AP stating Jo krty hai na k is channal pa ya milta ha wo plz ya na kha krain

[@pankajphysicsgulati]

Ok beta May Allah bless you

[@NidhiSingh-zd1ow]

Sir..plz electrodynamics pr or notes videos lecture uplaad kr dijie..🙏🙏

[@pankajphysicsgulati]

Ok beta

[@MehranShah460]

The electric charge inside a capacitor is stored in a .............. Sir is my Kiya ata hy

[@prakashchandradorbi7182]

In the dielectric used.

[@nikhilrajpal7593]

Sir lienard wiechart potential ka derivation bhi vedio upload kijiyega n plzz .........sir aapke vedios bahuuuuut help krte h thanks alot sir 🙏🙏😃😃😃

[@pankajphysicsgulati]

Welcome dear I will try dear

[@easylife5368]

Obtain Maxwell equation of electromagnetic fields from the basic laws of physics representing these equation sir ish question ka answer yahi hoga kya

[@pankajphysicsgulati]

Yes beta

[@priyankasahoo9719]

Very clear explanation sir 😍

[@pankajphysicsgulati]

God bless you beta

[@ghulamrabbbani19]

Allah(God) ne chaha to

[@NRUSINGHAPRASADMAHAPATRA]

Very nice sir

[@pankajphysicsgulati]

Shukriya

[@kirtisingh9977]

SIR, Maxwell's field equation for a point charge in motion? Sir iska answer yhi hoga jo aapne karwaya hai ya koi or hoga ?

[@pankajphysicsgulati]

Yes beta

[@rizwanalilmsonly6477]

sir agr ha notes hain to wo share kr dain from pakistan

[@KRSF7X]

Love from assam (sasoni)

[@pankajphysicsgulati]

THANKS dear for your kind love

[@Priti-Gupta]

Sir questions me only ye puchha h ... Write notes on vector and scalar potential . Tb kaun sa vector and scalar potential ka answer likhenge Maxwell ka ya retardation ka... Please reply Sir 🙏🙏🙏

[@ankitakanti9466]

Is this is helpful for msc??

[@pankajphysicsgulati]

Affcourse beta definitely

[@ankitakanti9466]

@@pankajphysicsgulati thank you so much sir.🥳

[@tnpriyadarsini2956]

Thanks sir 💗💗

[@pankajphysicsgulati]

Keep making us proud

[@sonalmishra975]

Sir your notes are too good.please provide Modelling and simulation physics semester 2

[@pankajphysicsgulati]

I will try beta

[@hrgupt3944]

Thanks a lot sir

[@pankajphysicsgulati]

Welcome dear

[@ODIATechnicalKing]

Thank you sir

[@pankajphysicsgulati]

Welcome dear

[@KRSF7X]

Sir Thora bright Ness kom kijia

[@pankajphysicsgulati]

Ok dear

[@qasims9045]

Thanks sir g

[@pankajphysicsgulati]

Welcome dear May Allah bless you

[@qasims9045]

@@pankajphysicsgulati Ameen

[@akashneelsaikia9636]

Sir can i trust you😳..means agar aapka ye sab notes mai exam mai likhunga toh 100% marks milega?

[@pankajphysicsgulati]

Affcourse dear..definitely God bless you

[@silly_humor_memes2907]

LoL. Of course you can trust him but I assure you that you won't get 100% marks just by studying his notes. You need extra study material and most importantly keep on practicing. Watch yt videos only for understanding and go back to your book. Thank you, have a nice day!

[@PiyushKumar-tf5bk]

Thanks a lot 🙏

[@pankajphysicsgulati]

God bless you

[@swainkisan]

Thank you so much sir

[@pankajphysicsgulati]

Welcome dear God bless you

[@bikashdeka9650]

first one to comment sir

[@pankajphysicsgulati]

My pleasure dear

[@KRSF7X]

🙏🙏❤️❤️❤️❤️

[@luqmanshah9314]

👌🏻👌🏻👌🏻👌🏻

[@pankajphysicsgulati]

God bless you dear Keep shining

[@sonalmishra975]

Please and please

[@pankajphysicsgulati]

God bless you beta

[@The-Hanuman]

Very nice sir

[@pankajphysicsgulati]

God bless you