00:04 The video discusses the German Experiment in the context of the Broglie Hypothesis. 02:10 Moving particles are associated with waves called Vav 06:24 Connecting tungsten filament to a low tension battery allows electrons to be freed 08:20 Electron diffraction occurs when electrons pass through a crystal 12:26 Electron diffraction in deflation and interference 14:15 Experiments confirmed the existence of wavelength associated with fast moving electron. 18:10 The experiment involves scattering of electrons from a nickel crystal 20:06 Experiment shows relationship between voltage and electron intensity 24:01 Interference in Quantum Mechanics 25:48 Experiment conducted to calculate the wavelength in crystals 29:41 The topic discussed is phase velocity and group velocity. 31:38 Understanding the concept of face constant in quantum mechanics 35:47 The concept of group velocity in quantum mechanics 37:43 The principle of super position in Quantum Mechanics. 41:19 The sum of two waves in quantum mechanics results in small values due to the slight difference in frequency. 43:15 The equation of Vav represents the group wave and reduces the amplitude. 47:03 The main topic discussed is the relationship between wave velocity and group velocity. 49:01 Simplifying the relationship by calculating the value of DK 52:54 Relationship between group velocity and phase velocity 54:35 The formula for wave velocity in terms of omega and k is v = c^2/v 58:37 Newton's loss of power in classical mechanics. 1:00:33 Differential equations play a key role in understanding wave motion and particle behavior in physics. 1:05:34 The equation for x comma t is A to the power of A -2π iota * tu p in bracket 1:08:43 Deriving the expression A*T-PC 1:14:10 The principle of conservation of mechanical energy states that the sum of kinetic energy and potential energy remains constant. 1:17:15 The relation between kinetic energy and momentum can be expressed as K.E. = p²/2m + V. 1:22:46 Writing equations in three dimensions is easy. 1:26:15 The derivation of the equation for a free particle in quantum mechanics involves writing the differential equation, making substitutions, and applying the conservation of mechanical energy. 1:32:01 Understand the formula and substitutions made in the given equations. 1:35:07 The equation is obtained by performing differentiating twice. 1:41:21 The principle of conservation of mechanical energy states that the total mechanical energy remains constant in a closed system. 1:45:46 Particle in a one-dimensional box 1:50:38 Potential energy inside the box is zero and outside the box is infinite. 1:52:33 The motion of particles inside a dimensional box depends on time. 1:57:55 The general solution of the differential equation does not have a specific value for A and B 2:00:33 The value of K determines the boundary conditions and the sign of Tita 2:05:35 The energy of particles is discrete and can be calculated using specific values 2:07:45 Normalization condition is important for calculating the value of A. 2:11:40 Normalization condition and integration in quantum mechanics 2:14:32 The main formula used to calculate the value of A is a² * a = 1. 2:18:55 The energy levels in quantum mechanics are not constant and vary based on the state 2:20:55 The video discusses the concept of changing periods in quantum mechanics. 2:25:17 The value of ANAN is 6.04 n² Electron Vault 2:27:40 The function represents the probability of finding the particle.
One Shot Pdf Notes available in App for free ...play.google.com/store/apps/details?id=co Physics One Shot playlist ua-cam.com/play/PL-vEH_IPWrhAaCl8Gkc3Vuxt6Fc50sB7-.html&si=Vk-yF5IiEvvg0TLW
Sir, really fast explanation of every concept...though exams are near, but a detailed conceptual video gets stored in subconscious...these fast explanation make me to mug rather than to understand... Part 1 was quite good sir...
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
AKTU II-SEM COMBO: All Subjects play.google.com/store/apps/details?id=co.white.mvxiz
Sir baki units bhi upload kar do please sab bol rhe h
Sir baki units bhi upload kar do please sab bol rhe h
Sir baki units bhi upload kar do please sab bol rhe h
Sir baki units bhi upload kar do please sab bol rhe h
Sir baki units bhi upload kar do please sab bol rhe h same aise hi
00:04 The video discusses the German Experiment in the context of the Broglie Hypothesis.
02:10 Moving particles are associated with waves called Vav
06:24 Connecting tungsten filament to a low tension battery allows electrons to be freed
08:20 Electron diffraction occurs when electrons pass through a crystal
12:26 Electron diffraction in deflation and interference
14:15 Experiments confirmed the existence of wavelength associated with fast moving electron.
18:10 The experiment involves scattering of electrons from a nickel crystal
20:06 Experiment shows relationship between voltage and electron intensity
24:01 Interference in Quantum Mechanics
25:48 Experiment conducted to calculate the wavelength in crystals
29:41 The topic discussed is phase velocity and group velocity.
31:38 Understanding the concept of face constant in quantum mechanics
35:47 The concept of group velocity in quantum mechanics
37:43 The principle of super position in Quantum Mechanics.
41:19 The sum of two waves in quantum mechanics results in small values due to the slight difference in frequency.
43:15 The equation of Vav represents the group wave and reduces the amplitude.
47:03 The main topic discussed is the relationship between wave velocity and group velocity.
49:01 Simplifying the relationship by calculating the value of DK
52:54 Relationship between group velocity and phase velocity
54:35 The formula for wave velocity in terms of omega and k is v = c^2/v
58:37 Newton's loss of power in classical mechanics.
1:00:33 Differential equations play a key role in understanding wave motion and particle behavior in physics.
1:05:34 The equation for x comma t is A to the power of A -2π iota * tu p in bracket
1:08:43 Deriving the expression A*T-PC
1:14:10 The principle of conservation of mechanical energy states that the sum of kinetic energy and potential energy remains constant.
1:17:15 The relation between kinetic energy and momentum can be expressed as K.E. = p²/2m + V.
1:22:46 Writing equations in three dimensions is easy.
1:26:15 The derivation of the equation for a free particle in quantum mechanics involves writing the differential equation, making substitutions, and applying the conservation of mechanical energy.
1:32:01 Understand the formula and substitutions made in the given equations.
1:35:07 The equation is obtained by performing differentiating twice.
1:41:21 The principle of conservation of mechanical energy states that the total mechanical energy remains constant in a closed system.
1:45:46 Particle in a one-dimensional box
1:50:38 Potential energy inside the box is zero and outside the box is infinite.
1:52:33 The motion of particles inside a dimensional box depends on time.
1:57:55 The general solution of the differential equation does not have a specific value for A and B
2:00:33 The value of K determines the boundary conditions and the sign of Tita
2:05:35 The energy of particles is discrete and can be calculated using specific values
2:07:45 Normalization condition is important for calculating the value of A.
2:11:40 Normalization condition and integration in quantum mechanics
2:14:32 The main formula used to calculate the value of A is a² * a = 1.
2:18:55 The energy levels in quantum mechanics are not constant and vary based on the state
2:20:55 The video discusses the concept of changing periods in quantum mechanics.
2:25:17 The value of ANAN is 6.04 n² Electron Vault
2:27:40 The function represents the probability of finding the particle.
heartfull thanks for this great work❤
🎉🎉🎉
You did a great job man love your efforts
Thanks ❤
😊
Gulshan sir ko dekhke aesa lgta h ki haa inse pdhke sb smjh ajayega pkka h ye aesa lgta..feels so easy n relaxing after seeing him..thankyou sir❤️
Relation b/w PV/GV 47:32
Schrodinger Eqn 58:19
1:47:46 particle in 1 dimensipn box
Your class is very interesting....plz....upload 2 unit sir......
Sir please sare contain ham garibo student ke liye. Free rakhan 🔥👍
One Shot Pdf Notes available in App for free ...play.google.com/store/apps/details?id=co
Physics One Shot playlist
ua-cam.com/play/PL-vEH_IPWrhAaCl8Gkc3Vuxt6Fc50sB7-.html&si=Vk-yF5IiEvvg0TLW
Sir ab unit 2 karwa dijiye please 🙏 jitna jaldi ho sake 🙏🙏🙏
Tor hoiga philka wala ka
30:14
Thank you so much sir ji❤
sir amazing video..helped me a lot ..thank u very much..
Sir aapne bhut achha smajaya 👍👍
58:41 schrodinger equation
Dhanyawad Bhai ❤
#unit 2 kl upload krdijiya sir nhi to 🙌
Sir, really fast explanation of every concept...though exams are near, but a detailed conceptual video gets stored in subconscious...these fast explanation make me to mug rather than to understand...
Part 1 was quite good sir...
Isiliye kha jata h 2x me Mt dekho...
Ud gya n sb dimaag se😂
Thank you so much sir
Most welcome
Respect 🙏🏻❤️
Congrats sir 52.2k to 52.6k subscribers in 10 hours 🎉❤
Thankyou sir G 🙏🙏🙏🙏🙏
congratulations for 35k subscriberes
Thank you so much 😀
Congratulations 🎉
@@gatewayclasses sir please upload one shot of Unit 4 in engineering physics
Sir plz unit 2 bhi start karwa dijiye we have mid. Sems on 5 of October
Apke Kai bhut jaldi mid semester ho rhe ha.......kon sa college hai apka
conguratulations for 67.2k subscribers
Sir is this video is beneficial for rgpv also?
congratulations for 52.2k subscriberes
Thank you so much 😀
Sir aapke Sare topic samjh me aa rhe h but plzz jaldi jaldi video upload kijiye.
Thanku so much it helped alot✨
Rec Mainpuri attendance❤👍
sir very well explained
B.Tech(Sem-I +Sem-II) COMBO : All Subjects
mvxiz.on-app.in/app/oc/413308/mvxiz?Dcopy-link%26Dtutor-course-referral%26Dcourse-overview-app
Sir plz upload 2nd unit video as soon as possible
Thank you sir ❤️
Sir unit 2 jaldi se jaldi start kar dijiye 🙏🙏🙏🙏
from particle in 1D box
Sir please upload one shot of wave optics please
🎉🎉🎉🎉🎉sir ji oppp
Sir physics me aage ki unit bhi kra dijiye
Thanks sir
Welcome
Time dependent schrodinger wave equation galat hain sir 1:46:36
Sahi bata Bhai
Sir next unit 2...plzz
Unit 2 kb aayega sir please fast sir
Thanku sir ❤
thank you
Sir group velocity aur phase velocity me agar relation tak hi likhe to 2 marks mil jayenge na ?
Sir please unit 2,3,4&5 ka bhi one shot upload kar dijiye
Respect ❤❤
Thank you sir 🥰🥰
sir aapke chalte mera first semester all clear ho
Or pass ho gaya ❤❤
Thank you sir
Thank you...............❤❤
Keep it up
Bss 2nd bhiii clear ho jayee👍
Thankyou sir
thank u sir so so so so so so so so so much
All the best
@@gatewayclasses bss apna ashirwad banaye rakhe sir this means a lot for me ❣❣❣❣
jaldhi hi silver play button ayge
Sir next unit ki video bhi daal dijiye.... Please 🙏🙏
AKTU NEW CHANNEL ua-cam.com/video/AWwHUUinFNA/v-deo.htmlsi=a5UeXN_KVBXSXsXm
Bhai arun kitna padhega yarrr top karke manega kyaaa??
Kyu bhai jal rhi hai tumhari😂
@@Naman_parashar7599haan yrrr jhutt bolta h ki maine kuch nhi padha or top kar jata h 😢😢
अरे चोदरी जी आपका जल रहा ह क्या।
Arun se khandani dusmani🤣😅
Konsa clg hai Chaudhary tumhara
Plz send the PDF of this session ,how to get the PDF ,
Nice lecture BTW
Sir please unit 3 ka next part and chapter 2 jldi upload kr dijiye
Sir unit 3 kb tak aaygi plz bta do
Need Time stamps
Unit 2 ka one shot de dijiye 😢
I am completely 15k th like 🎉
00:44
when will unit 2 come ????
Sir plz lecture of physics jaldi jaldi laye request
Unit 3 ka bhi one shot chahiye please🙏🙏
Sir am very very very happy with you ❤️❤️❤️❤️❤️❤️❤️❤️
Bhai smit 10c layega kya
2:22
Sir can you upload unit 2 one shot video
Bhai aditya kitna padhega top karna hai kya..?
Sequence and series remaining part
Sir please provide one shot of unit 2,3
sir is it necessary to convert the value of energy in electron Volt ???? in the case of particle in a box problem ..................
Notes upload kr dijiyga jaldi se sir
Sir unit 2 ka video kab aayega
Plssssss sir ab unit 2 krwa do jaldi se jaldi plsssssssssssssssss🙏🙏🙏🙏
Phy ke bakhi ki unit ke bhi one shot dal dijiye
Sir please aageye keh vidoes sir
Sir unit 2,3,4,5 ka one shot link please de dijiye
Sir please jaldi se wave optics ka one shot upload kr dijiye 🙏🏻🙏🏻🙏🏻🙏🏻
Bs 2 hi lec hai quantum ke??
Sir please upload the important questions of each unit in math
Unit 3 pls sir 🙏
Bhai unit 2 abhi uplod nhi hue hii
Bhai unit 2 ka kya hai
Sir baaki ki bhi units upload kar dijiye
Sir physics main numerical Kis type ka aayega
Sir Kuch Mst base question bata sakte hai kaise ate hai
Please unit 2
Unit 2 please sir
Sir app se notes download nhi ho rhe ... Actually mil hi nahi rhe app pr...
Notes ke pdf n mil pa rhe h app pe someone can help me
Sir bss unit 5 dedo superconductors and nanomaterials 😢
Please sir 2 unit one sort video de deye physics ke
Unit 2 upload please
Sir plz unit 2 aur unit 3 jaldi se jaldi padha digiye plz sir
Sir unit 5 and 4 kam aayegi
54:23
Sir please physics k one shot video upload kar dijiye thoda jaldi
1:02:31
Iota cross h upon me shaii nhi rhega
2nd unit ka one shot kaha h
Nhi hai
2:17:30
mathematics se jyada to physics achha padha rahe hai sir
PLEASE PROVIDED 😢[ UNIT 2 ] SOON
sir notes upload krr doo please.
Done
@@gatewayclasses thanks sirji.
Nitish pd le ab nhi pt rhi
😏😏