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Bidyut's PHYSICS'S FAMILY
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Добавлен 8 июл 2018
All type of Physics learning videos will be available here
Sound Produced by Human||Class :- 08|| Sound|| Physics|| Part :-02
#cbse
#ncert
#physics #sound
#larynx
#Vocal cord
#physics
#education
#science
#biology
#ncert
#physics #sound
#larynx
#Vocal cord
#physics
#education
#science
#biology
Просмотров: 15
Видео
Introduction to Sound|| Class :- 08|Part :01||#physics
Просмотров 714 дней назад
#cbse #cbsephysics #sound #physics #class 8 #science #schoolexam
Attempting Diffraction experiment by comb & Laser|| Diffraction || Class 12|| CBSE
Просмотров 9221 день назад
#diffraction #physics #laser #experiment In this experiment, we have used the sticks of comb & Laser light (Wavelength 650 nm)
Factorisation using (X+a)(X+b)|| Middle term Factorisation|| part:02||CBSE class 08||#maths #ncert
Просмотров 19Месяц назад
#maths #factorisation #necrt #cbsemaths #class
Introduction to Factorisation- Learn factorisation in easier way||CBSE||Class :08||#maths|| PART:01
Просмотров 8Месяц назад
This video is all about to learn Factorisation easily.. #maths #exam #ncert part :01
JEE Mains 2020 : Wave optics problem|| Physics|| Wave optics||#physics
Просмотров 21Месяц назад
A Young's double slit experiment is performed using monochromatic light of wavelength . The intensity of light at a point on the screen, where the path difference is λ , is K units. The intensity of light at a point where the path difference is λ/6 ,is given by nk/12, the value of n= ?
Light passing through prism||Dispersion||Physics
Просмотров 686 месяцев назад
#physicsforfun #experiment#dispersionoflight
Introduction to Laurent series (Definition part)|| part :-01|| #Complex#Physics
Просмотров 106Год назад
#CSIR NET#GATE#MATHEMATICAL PHYSICS#COMPLEX
Principal value problem (Cauchy)|| Controversial question of CSIR NET|| #Complex
Просмотров 96Год назад
#PHYSICS#MATHEMATICS#CSIR NET#GATE
Problem on Rotation operator in Quantum mechanics||#Physics#CSIR NET#GATE
Просмотров 76Год назад
#NET #GATE#QUANTUM MECHANICS
Analytic Function||introduction to cauchy rieman equation||#Complex#Physics#Mathematical physics
Просмотров 131Год назад
#CSIR#NET#GATE
f(x)=|x|; checking continuity and differentiability of a function||#Physics#Mathematical Physics
Просмотров 45Год назад
#CSIR#NET#GATE
Differentiability of a complex function||Part :-04||#Physics#Mathematics
Просмотров 24Год назад
#CSIR#NET#GATE
Limits of Complex Function|| part:-03||#Physics#Mathematics
Просмотров 12Год назад
Limits of Complex Function|| part:-03||#Physics#Mathematics
Complex Function || part :-02||argument of Z||#Mathematical Physics#Physics
Просмотров 13Год назад
Complex Function || part :-02||argument of Z||#Mathematical Physics#Physics
Introduction to Complex Number||Part :-01||#Physics#Mathematical Physics
Просмотров 20Год назад
Introduction to Complex Number||Part :-01||#Physics#Mathematical Physics
Laplace transformation in brief||Mathematical physics#physics#CSIR#NET#GATE
Просмотров 26Год назад
Laplace transformation in brief||Mathematical physics#physics#CSIR#NET#GATE
Properties of FOURIER TRANSFORMATION||part :-02||#Physics#Mathematics
Просмотров 38Год назад
Properties of FOURIER TRANSFORMATION||part :-02||#Physics#Mathematics
Fourier transformation (Part :-01)|| Introduction to Fourier transformation||#Physics#NET#GATE
Просмотров 41Год назад
Fourier transformation (Part :-01)|| Introduction to Fourier transformation||#Physics#NET#GATE
Trick to obtain Minimum number of Bound state for FINITE WELL|| part:-02||#Quantum mechanics
Просмотров 42Год назад
Trick to obtain Minimum number of Bound state for FINITE WELL|| part:-02||#Quantum mechanics
Finite well(Part:-01)|| Introduction to Finite well || #Quantum mechanics#Physics
Просмотров 30Год назад
Finite well(Part:-01)|| Introduction to Finite well || #Quantum mechanics#Physics
Matrix Representation of an Operator in Quanum|| Lz in matrix form||#Quantum #physics
Просмотров 28Год назад
Matrix Representation of an Operator in Quanum|| Lz in matrix form||#Quantum #physics
Uncertainty Relation between Operators||∆A∆B||#Physics#Quantum mechanics
Просмотров 183Год назад
Uncertainty Relation between Operators||∆A∆B||#Physics#Quantum mechanics
Introduction to expectation value of an operator in Quantum mechanics||Part :-01||#Quantum#Physics
Просмотров 34Год назад
Introduction to expectation value of an operator in Quantum mechanics||Part :-01||#Quantum#Physics
Sudden Expansion of 1-d box/Infinite square well || JEST problem|| #Quantum physics#JEST
Просмотров 214Год назад
Sudden Expansion of 1-d box/Infinite square well || JEST problem|| #Quantum physics#JEST
Introduction to Infinite Square well potential||1-d box & important formula||#Quantum mechanics#
Просмотров 29Год назад
Introduction to Infinite Square well potential||1-d box & important formula||#Quantum mechanics#
JEST series||Trick to find Expectation value of Momentum by Baker-Hausdorff Relation||JEST:-2012
Просмотров 36Год назад
JEST series||Trick to find Expectation value of Momentum by Baker-Hausdorff Relation||JEST:-2012
JEST series||Problem on Product of Uncertainties||JEST :-2014#Physics#JEST
Просмотров 15Год назад
JEST series||Problem on Product of Uncertainties||JEST :-2014#Physics#JEST
JEST series||Problem on Mapping of Basis and expectation of Spin ||JEST :-2016#PHYSICS
Просмотров 26Год назад
JEST series||Problem on Mapping of Basis and expectation of Spin ||JEST :-2016#PHYSICS
Well done
Hii Vidyut
Hello
And here is the great comeback of the great legend 😃
@@prithwishghosh4063 😅😅thank you
Really helpful
Glad to hear that. :)
Subbed to your channel, because of Śrī Kṛṣṇa's profile picture 😊🙏 Hare Kṛṣṇa 🙏🌸
Pin me sir 😅😅 I am Arnaw Paswan
👍😊
You should first explain what is elementry and non elementry particles
💫💫😊😊
Nice. Keep it up 👍. And sorry for being late 😅
Nise concept
Will we put always the condition y=mx or the condition i.e relation between y and x will be given for a particular problem?
Not always.. when it's needed to check whether it's depending on m or not..in that case
@@physicssfamily7324 ok
Like every time, this time also very simple and brilliant explanation. Sorry for late 😁
Nice lecture
Thank you Sir.. Physics family jindabad ❤
Thank you sir g..🙏🙏🙏
@@physicssfamily7324 you are my teacher..i am not your teacher i am your student..you are very good human being 🙏🙏🙏🙏
@@khokomoko5557 😂😂vice versa Sir g...Me too
Best explanation 🤩🤩
Thank you Bhai :)
Very simple and clear explanation 👌.Keep it up 👍. Waiting for the next part 😁
Thank you Bhai😃🤗
@@physicssfamily7324 😁
Well explained sir...
Thank you Ma'am :)
Good
Thank you very much for this. Keep it up
Thanks a lot for your support
Thank you very much for covering this topic. Keep it up 👍
ruclips.net/p/PLN0RExBwwn8vjh-z0vyibcsmiSaQmaTYn
ruclips.net/video/aaNYhK7Dgx0/видео.html Part 2👆👆
Thanku for ur beautiful explaination
Thank you Ma'am 😊😊🙏
Wonderful explanation 👏
Thank you 😊sir
Thank you sir for watching
It's very helpful sir .. thank you so much 🥺🙏🙏🙏🥺
Very well explanation sir ji😄👍👍
Thank you ma'am 😊🙏 for watching
💫🥳good bhaiyaa
Thank you :)
Watch the video till end as there'll be correction and conclusion of formula at the last
Is this result must that when two operators commute each other then both operators have same eigen state?
Yes Rakhi...When two operators have same eigen state and two operators are simultaneously measurable, then there commutation will be 0...then theire product of uncertainty has least possible value 0
Beautifully explained
Thank you Rakhi😊😊😍
😀😀😀😀
🥳🥳🥳🥳Thanks to u for introducing with mapping of basis
Thank you Rakhi 😍
🫡🫡🫡
😊😊😊 the most beautiful thing is your way of speaking and teaching
Thank you so much Rakhi
Nice explanation sir😁😁
Thank you Ma'am :)
😊😊😊Thanks a lot .Everything cleared about complex analysis.and u made it clear.Thaks agn
Thanks ma'am
Superb way of explanation sir.Thanku for being sharing ur knowledge regarding that subject .
Thank you Ma'am for encouraging
hello buddy make one telegram channel.
Thank you... Surely I'll make after few months 😊😊.. Thanks for supporting
Option a) correct for this question ☺️🙌
Bhaiya, for real wavefunction <P²> = may be zero or may not be zero na .. I'm mean in for expectations value of momentum square i.e.<P²> .
Yes sister..<p^2> may/may NOT be zero
Means in case of relativisics case potential energy is zero(free praticles)? And so we can take total energy=K.E.=T !?
Yes
👌👌👌💫💫👌👌👌
Perfect English brother ☺️. Very helpful for me . Thank you very much bhaiya
😁😁 thanks sister
Little correction in the video. For Relativistic case, de-broglie wavelength will be:- Lambda= hc/√(T(T+2moc^2))...An extra C will be in the numerator.
Nice
Thank you Sir 😊😊
👌👌👌👌
Thank you 🙏😊 keep blessing
Very nice explanation 👍🏻👍🏻👍🏻
Thank you 😊😊 keep blessings 🙏🙏
Great bro 🍫🍫🥰🥰🥰
Thanks a lot 😀😀😀😀😀
Best trick's bhaiya 😊. thnku.
😀😀😀😀 thank you Sister