If this video helped you a lot then, instead of saying thank you, You can Subscribe my other youtube channel, it's a humble request🙏🙏 Link below👇👇 ruclips.net/user/AtulSingh07
Aapka solution bahut easy hai ... derivation dekh ke dar lag rha tha .but it's not too tough...i understand this topic very easily by the help of your way of teaching thanku sir
Sir... Because of you I'll get 8 marks for this answer thanks keep posting videos in this notes manner nd cover all the units of semester 2 of applied physics Jai hind
Thnx you so much sir now a days i dont know you 😅but after seeing your explanation video i totally cleared about this theorem. You made my day 😉😎. Sir thanking you after completing 1year of your video 😁.. Keep going.
Get notes of Compton shift at noteschamber. Com Follow the link below noteschamber.com/related2.php?podmaker=2%20semester%20back%20exam%20(rtu)%20%20%20&%20k=2ndsemback%20%20&%20toa=Compton%20effect%20and%20derivation%20of%20Compton%20shift
Very valuable concepts, thanks much sir, I like your lectures! Am Tanzanian BSc in physics, Much thanks for this Video! Please if you have the videos of Electronics please even you may post for our betterments! Thanks much!!
Radiation interacts with matter through different process, like coherent scattering, photoelectric effect, Compton effect, pair production etc. These are all quantum phenomenon. So they will help in understanding the physics involved. If we talk about from the application perspective. U need to have knowledge of these interactions when radiation is used for therapy purposes. Mostly in cancer imaging, diagnostics. X-ray machines we use frequently these days. We need to cater to the losses happening due to these interactions and also if we want it use radiation dosimetry. We only need to irradiate radiation on the cancer cells, we have to protect the healthy cells. We will devise the instruments accordingly. Their knowledge is also beneficial in radiation detectors.
You will notice that Ee at rest is less than Ee of moving electron so for energy conservation E of incident photon greater than E of scattered photon so, Lambda of scattered photon is greater than Lambda of incident photon
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If this video helped you a lot then, instead of saying thank you, You can Subscribe my other youtube channel, it's a humble request🙏🙏
Link below👇👇
ruclips.net/user/AtulSingh07
Explanation is better than My College Teacher...♥️
Vai channel ta den@@OPHACKER-2010
Aapka solution bahut easy hai ... derivation dekh ke dar lag rha tha .but it's not too tough...i understand this topic very easily by the help of your way of teaching thanku sir
This was the best explanation....I was dying over a week because I couldn't understand this derivation....tqsm sir ....u helped a lot 🙏
I'm very grateful to you from Bangladesh...Your understanding of Physics is amazing.
Sir... Because of you I'll get 8 marks for this answer thanks keep posting videos in this notes manner nd cover all the units of semester 2 of applied physics
Jai hind
legends are here for lemmdaa 🥵
Well explained..It helped me in my exams
Waww really amazing sir
Better explanation...
Love from bihar..❤️
Dilip jaiswal (b tech - cse 1st yrs )
Thnx you so much sir now a days i dont know you 😅but after seeing your explanation video i totally cleared about this theorem. You made my day 😉😎. Sir thanking you after completing 1year of your video 😁.. Keep going.
Thank you sir you help me to clear all my doubts.....
Thanks alot sir 2 din se samjh nahi aa raha tha ye aapne itne easy way me topic clear kar diya ❤❤
Aa gye sab offline exams ke darr se padhne 😆😆
Yes 🙌🏻
LOL xD
tu bhi isiliye aaya hoga 😂
Shanti se lecture dekh 😂
😂😂😂
Explanation was so gud.Tnx bro😊
Thank you so much sir you are really a good teacher
Thankyou SO MUCH FOR THIS LECTURE AND THE PDF FILE.
Where is pdf can u tell me
Where is pdf you're kidding
This video very useful for me thank you so much sir you explain this video very easily😊
Thanks for the detailed explanation ❤
Thanks a lot vaiya...thank you so much..It helps me a lot..😘 .from now i become the regular customer of your channel
Get notes of Compton shift at noteschamber. Com
Follow the link below
noteschamber.com/related2.php?podmaker=2%20semester%20back%20exam%20(rtu)%20%20%20&%20k=2ndsemback%20%20&%20toa=Compton%20effect%20and%20derivation%20of%20Compton%20shift
Really worth video on the concept. .....best explanation of compton effect sir 💖
😂😂
Rama mam ka samajh nhi ataa 😂😂
Nind are the apko pr smjh aa gya tysm 🤭
May I know what is the value of angle for an electron to gain maximum energy?
Really TNX a lots super .....mass teaching ✨♥️
Apko nind ari thi smjhate hue🤭🤭but smjh a gya tysm
grt video ....gud explanation helpful for exam point of view......
Thanku very much sir...your explanation is so cool...love u
Very valuable concepts, thanks much sir, I like your lectures!
Am Tanzanian BSc in physics, Much thanks for this Video! Please if you have the videos of Electronics please even you may post for our betterments! Thanks much!!
Ur teaching skill is so gud sir... Thank u very much
Best explanation, thank you very much sir...
Really helped me..Very easy
Thank you ❤ from Bangladesh
Best video for compton's derivation🔥
2024 ma kon kon dkh raha hai😂
Me
Y
Thanku very understanding vedio kal mera internal tha or is topic ko lekr bhut pareshan thi but u solve my problem thanks sir
thanks a lot sir...well explained
Hi
Well done 👏...thanku so much...this is so helpful and explained in so easy way👏👏👏👏👏👏
this is the simplest n easiest form..thanks a lot😍😍❤❤
So nice .muja bohat acha sy samj aia but video acha sy clear Ni hy.but lecture ke bohat acha sy samj aa ga hy.thanks y so much🥰🥰🥰🥰
Mujy samjao
U really made it very user-friendly....
Thnq mate 🙏
Thank you sir you teach very well
Very helpful
God bless you ❤️
Good explanation very well done and thanks a lot
Thank you so much sir ...🙏
MGKV
தலைவா உனக்கு தலை வணங்குகிறேன்
Ella edathilum tamil makkal irukanga! 😃
Hats off... Thank you brother.. ♥
Very helpful and easy explaination
Thank you soo much Bhaiya ✌🏻😇✨❤
Haii
how compton would have felt after deriving this equation all by himself and here i am struggling to summarise the main equations
He was a physicist by choice. We are made to learn physics having no interest in it (assuming ur engg 1st year)
@@infinixgaming1791 i am indeed btechard dude 1st year itself
@@42.harrsh btechtard lol, reddit ?
Xlent explanation bro thank u ...
THere came 6 ad while i was watching ur video! congo
Some words are I'm not understand but well explain the derivation keep rocking you are
5 dino baad exam h bhaiyo 😁,sir ne bola tha ki ye important topic h , to aa gya ..or koi h meri tarah .... 😅
Parso exam hai aur abhi tak 1 question bhi nhi pdha bhai kuchh to help kar kare to kare kya
exam=tomorrow=😎
Meri to kl hi h
Ha bhai 😂
Ham h bhai 😂😂
Amazing explainaction sir thanks for you kind help 🙏
Finally Inner Peace 😌😁
Absolutely amazing bro 👍👍👍👍👍
Thank you sir itne good step se samjhane ke liye
Kal paper hai aur aaj padha rha hu😅😅😅
Bhai jigra chaiye🗿🗿
Best explaination ...thank you sir❤❤
Thanks sir... The video was really helpful.. 😊😊😊
Thank you very much sir I understand very clearly.
lecture was very helpful thank you
It's too long 🙄 but too easy😜😜
Okay par tum apne jeeb kyon bahar le aye kya hua imli kha rahe ho kya
Sir please make more videos on B.sc final year physics..
Thank you so much this is so helpful
very very nice and precise explanation
Nicely explained sir. ❤️❤️
Thank you so much sir for very good explanation🙏🙏🙏
Super explanation
Plz make video on Schrodinger equation for a free particle in one dimension. It's request...!!!
Thanks Sir.
5marks confirm.
numerical ki practice karni thi notes me milegi kya maama mai Ayu,,
Really well done bro
Thanks a lot sir 😘😘😘
Nice explanation...
In the end , the graph is intensity vs wavelength. And if wavelength increase why is the intensity increases??
Bhai jo bhi is video se padhne aaya he apna time na lagaye sirf note kaam ke he explanation nahi
Thank you very much boss❤️❤️❤️
Very good explanation sir
Do you use tripod to hold your phone please reply
Nicely explained thankyou ❤️
epic video, really easy to understand
THANKS A LOT Bhai❤️
Sir..can u explain photo electric effect in degree sem 6!
Sir cos thetha hoga na
Sir wonderful explanation
Very good explanation 👍🏻👌
Really best 👍
Wonderful video ...thanks for the help
I want to know whats the point of learning all this
Radiation interacts with matter through different process, like coherent scattering, photoelectric effect, Compton effect, pair production etc. These are all quantum phenomenon. So they will help in understanding the physics involved. If we talk about from the application perspective. U need to have knowledge of these interactions when radiation is used for therapy purposes. Mostly in cancer imaging, diagnostics. X-ray machines we use frequently these days. We need to cater to the losses happening due to these interactions and also if we want it use radiation dosimetry. We only need to irradiate radiation on the cancer cells, we have to protect the healthy cells. We will devise the instruments accordingly. Their knowledge is also beneficial in radiation detectors.
But I m in cse. What it is have to done with me as I only need to learn programming language.
@@Cool_Editzs.exactly, this is kinda idiotic atp.
Thank you very much sir ji
Lamda😂😂
Btw video ❤❤
Thanku sir 👍👍👍👍💖
Gjbb batya apne bro😯❣️❣️🙏
Sir chemistry 3rd year m quantum mechanics m jo compton effect h usme to y etna long vala derivation d hi ni rkha y konsa h fir
Ye derivation physics honours student k liye hai. Honrs. mein etna long hai .
Nice teaching sirjee
What is lambda
Lambda is wavelength
Sir could you please upload a vedio on particle in a box
Thank you so much sir
Sir I sent you a mail please reply
Everything is correct , bas ye lambda kya hai, lamda toh suna hai😂
😂😂
😂😂😂sahi baat
Wavelength
😂
Thank you sir 😊😊😊😊😊
prove that in Compton effect in the scattering wavelength is always greater than incident wavelength
please answer
You will notice that Ee at rest is less than Ee of moving electron so for energy conservation E of incident photon greater than E of scattered photon so, Lambda of scattered photon is greater than Lambda of incident photon
Proof of Ee at rest(moc^2) < Ee moving(mc^2)
m=mo/√1-(v/c)^2>mo