W1 03 Planck's Radiation Law | QUANTUM MECHANICS | GDS K S
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- Опубликовано: 10 фев 2025
- GDS KS
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I am an IIT Bombay student and currently in my first year. This playlist of Quantum Mechanics is life saving. HC Verma sir explains everything so perfectly. Thankyou for the lectures sir.
@@namratasingh671 I cleared JEE Adv. not IIT JAM
@@shubhamingale7044 wahh bro congrats .....can u share some tips?
bhaiya im also going to iit b this year . are these lectures enough for branch change exam at the end of 1st year
BHAI IAM IN IIT GUWHATI AND HERE IT IS REALLY ENOUGH@@akshatzz_iitb6052
I am from pakistan and respect iit mene aj tak iit ka aysa professor nh dykha jo aysy prhay k excellent studnet ko bhi or average student ko bhi smjh ay hats off for hc verma sir ❤
Thank you sir for distributing your knowledge among the common people.....I could literally feel the quality of the lecture...thanks alot sir
You are not a only teacher sir really 😥😥 main aapke undar bhagvan ko dekhta hun
Itti simplicity
Itti happiness padhate time
Samjhane ka tarika
Your knowledge
aap hindi english dono language mein padhate hain
You are a real god of physics in india sir
His love for physics is clearly visible.
He is literally generating good vibes through his teaching.
परम् आदरणीय गुरु जी, मेने इस कोर्स में आपके द्वारा हस्ताक्षर वाला प्रमाणपत्र प्राप्त करने का सौभाग्य प्राप्त किया है। लेकिन पुनः एक बार फिर इस कोर्स का अध्ययन कर रहा हूँ। मुझे बहुत अच्छा समझ आ रहा है। सर् आपको मेरा चरण वंदन।🙏🙏
These lectures are just too damm awesome
Yesssss
Dear sir
I am Ph D student ,also cleared Maharashtra SET, you have explained the basic terms in Very simple manner thanks to you. Many concept are going to clear now.. thanks again....
30:18. If you don't love physics then you will fall in love with it... If you love physics then you will fall more deeply again ❤️
I am 11th grader i studied this in coaching, but they merely solved queations but did not make to understand any topic but hc verma sir's explanation is so easy that i am able to understand.
Thanks for the satisfaction because of the clarity that your lectures provide, bought your book Quantum mechanics today, planning to buy your book electromagnetism as quickly as possible.
Sooo beautiful start of QM ...... Respect for VERMA SIR...
Well done sir....🙏🙏🙏Every student needs teachr like u..only then our nation will develop🙏🙏🙏
cannot believe i'm watching this for free
What a lecture ! Wow...the way you explained just awesome...great work Sir...thank you so much...
Thank you very much for understanding so well in such a simple language.
Respected sir really what is physics i know after show u.before that i m only read for my exam but now towards for my interest.bcause for you only sir i m clear a lots of fundamental.i m read mphil but before that no body can clear.for me a great sir.thanks a lot sir.
Thank u so much sir for explaining complicated things in easy way....it is not easy to understand everything properly but you explain it very well.. thank u...❤
such an imp concept in physics great historical importance, imagine if this video has 10 million views we will see million physics scientists in future, every school should use this video
Thank you sir.. this is amazing
Basically im studying in class 11..and learning these is actually fun and interesting along with the concepts in our syllabus..it's bit difficult to digest these formulas all of a sudden but it's interesting for sure !!! Thank u for uploading these :)
After completing this particular lecture, the only word that has come out of my mouth is "Keya Baat !!"
Behtareeeeeeeen
Hello I am 11 student preparing for jee advance I had doubt in blackbody radiation in atomic structure this video is amazing
Thank u Sir! It helped me a lot!
SIR IS ALWAYS A HERO FOR US..
बहुत बहुत धन्यबाद श्रीमान जी
बहुत अच्छा समझाते हो
Greatly Explained
19:54 literally I laughed. " Ye to bahut garbar mamala hai"
Thanks for uploading these lectures on your channel.
A great lecture sir
Sir please make a video on the full mechanics of bsc level
In video at 1:57 seconds..sir you mentioned that when we increase the temperature filament start glowing gradually and so we can see filament in visible wavelength range....but what we call it when we can actually see the filament when initial voltage is not applied...also there radiation is absorbed and emitted at room temperature...for that curve of maximum wavelength intensity is already in the left side of the graph ..please answer sir..
Respected Sir, you have said that by Wien's displacement law, one can't find intensity corresponding to individual wavelength, then how the graph which you have plotted would have been drawn?? Kindly clarify sir...
I mean to ask that how the shape of the graph was decided? If we didn't know the intensity at individual wavelength?
Supper lecture sir🙏🙏🙏🙏❣️
If we consider the Lummer and Pringsheum Intensity Distribution Diagram of Black Body Radiations can we conclude that higher frequency radiations want higher temperature to be radiated from a Black body i.e Frequency of the Black body radiations is directly proportional to the temperature of the Black body and for a particular temperature a particular frequency of radiations are emitted?
Thank u so much sir 🙏🙌🙌🙌
Thanx alot sir 🙏🙏
Sir I have a doubt
Does the amount of total radiation emitted per second depend upon the roughness of the body ?
There is no basis of it. Not possible
if we consider roughness here as the extend of emisivity(e) then yes otherwise no
Ji sir
radiation ke definition me heat transfer without affecting the medium jab ke space ka temperature hot hai toh woh hot kis wajah se hua
Aur yeh bhi hai as example Diya hai ke paper burns but the concave lens heat nahi hota par wo toh ek reflecting body hai wo thoade hi absorb karega heat
Can you explain the Relativistic QM which is complies with Loretz Transformations
"Rochak" - just one word for this video
What displacement happens in Wien dispalacement law
Thank you sir!!! :)
Thank you so much Sir ❤️
Sir at many places the formula is given as I(intensity) = (2πhc^2)/{lambda}^5.(e^(hc/(lambda)KT) - 1).
Sir so how to convert U lambda to I?
❤
Sir you said n=1,2,3...
Then why u saying that we will take n=0.. at 26:49
Thanks sir!
Ye HC Verma ka channel nhi h to ap dher sare sawal puch sakte h par jabab kuch nhi milega ap unki channel par Jake puche
Why the graph is like a bell curve.
Sir can You suggest a good book/ some books?
RD Sharma
Read zettili
🙏🙏🙏
Pls do use english so otherstate students also get benefited
Sir 'u' kya he energy he kya sir ('u')?
u is Intensity of radiation emitted
Which equals to energy radiated per unit area per unit time
If E is hv
Then how at same v different energy
Sir please koi book refer kar do quantum physics ke piye
Sir I have question very confusing in electricity that when we touches two terminals of battery we feel no current if the current is 24 volt but in ac form when we pass it through inverter it jerks it become dangerous why and the battery does not jerks when we touches also I see new phenomena when we put wire into the mouth I feel strong current any cable like dish. cable of solar panel why
bhai ac or dc m fark dekho fir samj aayega
Can u help me in this pblm
AC is more dangerous than DC (refer the 'the concepts of physics book - by HC VERMA')
Our body is a conductor so we must feel the current and our tongue has saliva which is conductive in nature so we feel the current very strongly as compared to in our rest of our body(since rest of our body could have higher resistance)
AC has low frequency and dc have high frequency
English me btate toh jyada aacha hota
😊😊😊😊😊😊😊
Sir,is this WIEN'S LAW,is applicable to all bodies,in the same form as told by u,unlike STEFAN'S LAW🤔
where.is.legends.2024
My be error due to change in terms frequency as differential does not make sense and that is why .......
Aapne koi theory nahin di ya sirf teaching mein hi reh gaye
Uv kya hai sir
Energy per unit volume at frequency v
sir, u said frequency and showed it on a wavelength co-ordinate...
Bro, frequency and wavelength are interchangeable .This is not cause of worry.
Ye 15 dislikers einstein ar unke khandan ke honge🤣🤣
mast joke maraaaa
🎉❤😅
Naam naam ki hain ye iit invent toh inmein se kisi ne kuch Kiya nahin. Naam bade darshan chhote
Plz use simple hindi
So, you prefer Hinglish over Hindi
There's nothing such as "simple" Hindi. That might be the case in English where you might come across some unconventional lexicon.
🙏🙏