EM wave Equation in free space, Maxwell's eq in free space, derivation in terms of E, EMFT lecture

हैल्लो फ्यूचर लीडर्स EM Wave Equation in free space, Electro magnetic wave equation for free space in terms of E by technical physics, EM Wave equations concept in Electromagnetic field theory by Dr Ashutosh Pandey is discussed in this video lecture in Hindi. Maxwell Equations for free space are also discussed. और हाँ चैनल सब्सक्राइब करना मत भूलना आपके लाइक्स और कमैंट्स का हमें इंतजार रहेगा
वीडियो को देर तक पढ़ने के लिए पॉज बटन का उपयोग करें
Hi
i am Dr Ashutosh Pandey & Welcome to our KZbin Channel Technical Physics.
Your Likes, Comments & Share are our motivation. Thanks for it.
► About this video:
This video is very useful for graduation physics courses like engineering physics AKTU students, BSc Physics in hindi students, and all other who need to know about this topic. This video is to understand
Maxwell's equations in free space
Maxwell's Equations And Electromagnetic Waves
Electromagnetic waves in free space
em wave equation derivation
Derivation of electromagnetic EM wave equation in free space in terms of E
The equation of electromagnetic wave through free space concept
► To Subscribe
www.youtube.co...
►Schrodinger's time independent wave equation Derivation
• schrodingers time inde...
►Particle in 1 D Box Energy of a particle
• Particle in one Dimens...
► Theory of Relativity All Lectures Playlist link
• Michelson Morley Exper...
►Maxwell 4th Equation in differential form
• Maxwell 4th Equation i...
►Maxwell 3rd Equation in differential form
• Maxwell Equations in d...
►Maxwell 1st equations in differential form
• Maxwell equations in d...
►Maxwells equations in integral form derivation
• Maxwells equations in ...
► Fraunhofer diffraction due to single slit
• Fraunhofer diffraction...
► Difference inertial & non inertial frames, Relativity in Hindi
• Inertial and Non inert...
► No Body can be faster than light, Theory of Relativity can proof it
• Who is faster than lig...
► Class 12 Youngs Double slit Experiment, Resultant Intensity
• Class 12 Youngs Double...
► A Tribute to Stefans Hawkings on Last day of his life
• A Tribute to Stefans H...
► TRICKS TO GET 90% + MARKS IN CBSE CLASS 12TH and other University Exams
• How to get 90% Marks i...
► Einstein's Theory of Relativity
• Einstein's Theory of R...
► Crystal Structure
• Crystal Structure AKTU...
►Facebook bit.ly/2TRnX1j
►Facebook T.P. bit.ly/2JDtTGu
► For more stuff www.TechnicalPhysics.com
Thanks For Watching
#EMWaveequationsinfreespace
#ElectromagneticWave
#FreeSpace
Regards From
Dr. AshutoshPandey
TechnicalPhysics

[@TechnicalPhysics]

❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️ Target 1 Millions Subscribers 👍 हेलो फ्यूचर लीडर्स हमारे चैनल के सब्सक्राइबर्स १ मिलियन पहुंचाने के लिए सब्सक्राइब बटन पर क्लिक करें चैनल को सपोर्ट जरूर करें Thanks For Subscribe 👇👇👇 Like Share Subscribe

[@ashitkumar1512]

Sir please make the video on skin depth 🙏🏼🙏🏼

[@harshbhadra4573]

Sir u deserve more than 500k subscriber..😇

[@sonal_garg]

Very well explained by you sir. Great thank to you sir...

[@cubeshorts335]

Thank you sir ji all doubt is clear now aap best teacher ho physics k ❤❤

[@vishalchaurasiya6269]

I can see the passion in his eyes for his subject ❤️🔥🔥🔥. Thanku sir

[@SHARVANKUMAR-jy3sq]

Best video on KZbin

[@abhishekparmar7764]

very nice sir. it is very helpful for us. thanks for it sir

[@sonbhdra2610]

Excellent....thank u so much sir😍

[@divyasingh9394]

Wonderful explanation Sir.... Maxwell to equations ab jaake samaj aaye finally.... Thank you so much Sir.....,, Sir ek aur help chahiye thi ,, aap Electromagnetic Boundary Conditions per video banaynge,... toh thodi help hojayegi Thank You So Much Sir 🙂💝💐🙏🙏...

[@ik_2026]

Sir mera 20 march ko exam h.🎉❤

[@deathnote6246]

Prove e=cb plz provide link of video

[@ritujadaun6619]

Sir ye aur Maxwell equation in conducting medium ye vaale topic same hai

[@azamansari4071]

Sir exams aa rahe hai, Sir ek quick revision please, Thank you sir

[@40_jaishreerana45]

Amazing video sir. thank you so much.

[@shadowterrarian4073]

Sir you are really great! every time you start you say Hello Future leaders! surely that boosts OUR motivation to max. and we will keep motivating you via our comments. Mutual motivation :P oh every bit of your explanation is simply beyond words to give a full appreciation. i and speechless. namaste . jai hind

[@yashitachauhan5946]

Wonderful explaination sir thank you

[@RAJESHGUPTA-bz4zf]

Fibre optics and laser par video kab bna the Hai AAP Bahut achha samjhate hai

[@learning3788]

Superb sir

[@namansingh969]

Sir please jaldi jaldi padha dijiye aapke videos se hi samjh aata h exams aarahe h please 🙏🙏🙏

[@entertainstation_]

future leaders to theek ha sir aap btaoo...??

[@anupamsingh7756]

Ham bahut acche hain aap kaise hai

[@sanjanasingh5033]

This is one of the toughest topics for me, but you explained really well sir, Thank You, Sir!

[@nikhil8236]

Establish wave eqn with the help of Maxwell's eqn?? Tommorow is my exam and this question has already appeared in exam many times???

[@TechnicalPhysics]

All the best

[@RajuYadav-zg2uw]

Thank sir 🙏😍😍🥰🥰😊😊

[@b_107_satyakisaha6]

18 mins video 17 ads f Grt sir

[@RAJESHGUPTA-bz4zf]

धन्यवाद सर

[@zeeshanchoudhry1181]

Respected Sir, you make my day today thankyou so much Sir please make a video for guage transfomation,

[@awantikatripathi7164]

Gd evening sir,please upload the topic transverse nature of EM Wave ,it is included in Aktu syllabus and there isn't any exact video for this topic on KZbin.

[@PrimeContent01]

hello you are in Aktu? me too from there. amazing

[@rishiraj3142]

Sir paper -1 me group b ka kab se padhana suru karenge

[@anmolpandey5076]

Thank you sir 🙏

[@venomgamingx1139]

Thx sir ❤️❤️

[@basantsingh2219]

Sir kaafi acha samjhaya apne thank you 😌🇮🇳❤️🌹♥️

[@AdeelAdi-u9j]

Asslamsikum respect sir !! I am from pakistan ..sir your method of teaching is outstanding ...actually respected sir I need the vedio of EM wave equation of free space in terms of D & B

[@microphysicspoint7201]

Sir aap bsc physics padhate hi mujhe bsc physics ka all video lena hai KZbin pe hi sir.... 🙏🙏🙏🙏

[@425ravinder]

SIR PLS UPLOAD VIDEOS ON REFLECTION AND REFRACTION OF PLANE ELECTROMAGNETIC WAVES AT NORMAL INCIDENCE

[@surajsaha2696]

Sir thank you so much, wonderful and simplest way to deals the concept. I need little more help regarding the topic "Solution of wave equation" Using Maxwell's 4 equation 🙏🙏

[@asw-og7gg]

kal exam dene vale like kro

[@awantikatripathi7164]

Please upload the topic sir because i am only depend on you in this time of lockdown,my exams will be in july .

[@ceadityaverma]

Sir please jaldi se iske aage ka lecture upload kr dein

[@ravikumargautam2465]

Sir, you are the best teacher ever i see in my life, If technical physics is not on KZbin .............my concept never clarified. I am engineering student. And my professor teach so badly.

[@ashupandey7983]

Reply jarror krna sir kya yeah video electromagnetic waves in vaccum ke liye bhi hai mere exam ye question poocha jata hai please reply kr dena pls ...

[@TechnicalPhysics]

yes it is

[@shubhamchauhan5159]

17:20 it should be 3×10^4 but the speed of light is 3×10^8 so apparently it is wrong

[@425ravinder]

SIR PLS UPLOAD VIDEOS ON B.SC B.ED SEM 2 SYLLABUS KURUKSHETRA UNIVERSITY

[@charletbronte8713]

U teach nicely...good keep it up

[@TechnicalPhysics]

Thank you, I will

[@sagarkeshri5600]

Sir question hai Discuss the propagation of plain EM wave in a conducting medium to iske liye answer kaise likhe (long question me)

[@TechnicalPhysics]

for long question you have to find the expression for different propagation characteristics like alpha beta gamma skin depth attenuation etc

[@aishamahek9665]

Sir, Very well understand. Salute your efforts for making hard derivation in easy way to understand 🌟 best lecture on KZbin for this topic.

[@krishkr6977]

Upload videos electromagnetic in conducting or non conducting medium

[@JaishankarprasadJaiswal-u8t]

Sir you are the only one hope for just like us class bunker the engineers become the hope only you

[@deathnote6246]

Sir agr hme drive kne ka bola jaye maxwell equation in non conducting medium and free space to ye derivation krni ha kya

[@deathnote6246]

Sir reply

[@yanasharma2604]

sir schrodringer wave equation mai V toh potential tha na not velocity

[@venkateshtewari5366]

Agar σ=0 hota h free space m to σ=JE ke hisaab se E ki bhi value 0 hona chahiye free space m, aisa kyu nhi hota ?

[@anshusingh_enc1899]

Sir please reply agar vaccum bola hai free space ki jagha toh same he derivation hoga na?

[@SunnyKumar-ih9ik]

Sir displacement current derivation ve kar de plz

[@SunnyKumar-ih9ik]

Sir displacement current derivation ve kar de plz

[@SunnyKumar-ih9ik]

Sir displacement current derivation ve kar de plz

[@SunnyKumar-ih9ik]

Sir displacement current derivation ve kar de plz

[@SunnyKumar-ih9ik]

Sir displacement current derivation ve kar de plz

[@awantikatripathi7164]

Sir AKTU syllabus me Maxwell's eq in vaccum and non conducting medium hai,is this is same as eq in free space or not? Please reply me sir

[@TechnicalPhysics]

Vacuum means free space so equations r same. But for non conducting it can be like dielectric.

[@እንደእናትደግነት]

Pls dr by english i can,t understand ur speaking

[@vasuelectrotutorialclass4865]

Great explanation sir. I appreciate your efforts.

[@mrnikkuyt3649]

How can we derive EMW equation from Maxwell's eqn plzz tell me

[@pathakalok2851]

Sir I m from Ranchi university

[@shalupkw3455]

Thankyou sir, for this video

[@vivek_kumar8745]

tranverse nature kis tarah se solve hoga sir please tell me

[@pallvibhardwaj8031]

Sir tq.. so much for this vdo

[@TechnicalPhysics]

Welcome

[@anuradhachaudhary7041]

I always prefer sir's vedio ......he actually makes difficult things easy :) thankyou so much sir from the batch 2024

[@tanmaygoel3910]

😀😀😀😀👍🏻👍🏻👍🏻👍🏻👍🏻bahut badiya padhaya

[@rambalajee5035]

Sir polarization ka lecture video bna dete

[@atulkatre467]

Sir first eqution ∆.D= p

[@neelamgangwarneelamgangwar6944]

Sir agar question asa ho ki show that electromagnetics travel with velocity of light to kase kerna hoga

[@JitendraSingh-zn5cs]

Sir ! you teaching way is fabulous Thank you very much sir 🙏

[@abhayjatt8832]

great teaching sir

[@adityasehrawat0703]

Sir please akk bar - langevin deby theory of polarization in dielectrics. Karva do

[@shivanshbajpai1567]

Sir why Maxwell first equation become zero in free space and why conductivity becomes zero in free space? please reply this

[@krishkr6977]

You explain very good... I understand .. thanks sir aap is tarah video banate rahiye.

[@kalyanborgohain6955]

Sir please condensed matter physics aur solid state par video layiye

[@sahilrazakhan8312]

Great content .....but sir in the last of lecture ,nothing is visible because your name nd websites comes in huge font ...plz try to imporve it from future 🥀💙

[@VipinKumar-yl1kw]

Wave eq. For conducting, dielectric medium ??

[@RAJESHGUPTA-bz4zf]

Sir AAP Bahut achha samjhate hai

[@Uii479]

Sir video me aavaj nahi aarahi aapki

[@kamalsahu1706]

Badiya hu sir

[@TechnicalPhysics]

gud luck dear KAmal

[@Paplu4949]

Sir ji aap bahut achha padhate ho your teaching method is very good.

[@HarshSingh77777]

I am watching in 2022

[@SahilAnsari-br9pb]

Thank you sir🎉🎉🎉🎉

[@SushantGuptaECE--]

thanku so much sir

[@vishalkumar0140]

Sir I have a doubt obtain two maxwell equation which deviate from steady state condition

[@DeepakChorotiya-ru1uq]

Sir pls upload double and n slit experiment 🙏🙏

[@anupamsingh7756]

Yes sir and

[@shadowterrarian4073]

@@anupamsingh7756 and?

[@divyaanshuagrawal3383]

thank you sir!

[@NehaKumari-kx7yh]

Sir plzz upload videos on em waves for conducting medium

[@Anime_IsLife_Official]

Divergence of d =ro v hota h,0ni hota h pura derivation galat go gya tb to

[@TechnicalPhysics]

for free space Divergence of d is zero

[@NikhilRawatCE]

Sir plz solution of plane EM waves daal dijiye 🙏🙏

[@navihasanali1932]

badiya h sir app batao

[@tajinderkumar4917]

Thanku sir

[@shreyadey7590]

Can you make videos on Dirac delta function and it's use in electrostatics

[@Devendra28Singh]

Sir bhadiya samajh aaya he .. thankyou ❤

[@kriteeshmadan620]

badiya sir ekdum

[@tayyabsiddique547]

Nicely Explained..🌹 Thnk u sir❤

[@mumair8128]

Great effort

[@adityasehrawat0703]

Thanks sir

[@narendrababugn4277]

Ur teaching is super sir please solve problems sir