@rajan chopra Firstly alot of love from all of us (the science freaks😅) Bro i have a doubt(not related to this topic)🖐️ In the derivation of hamiltonian equation from Schrödinger's equation the partial double differentiation is written as in the form of laplacian operator {∆} But,while differentiating at the second last step where the hamiltonian operator is separated as psi is taken common out...how on earth is it possible to seperate a operator from it's operand For ex:- log10+4*10≠(log+4)10 here we can't common out 10 from log without solving the Operation of 'log'. So how in the derivation psi is taken common out without solving the laplascian operator 😢 I Hope u'll reply 🙌
Hello sir.. Sir aap shorts bhi zyada banaya kro isse jinko long video me boaring lgta hai unko bhi interest hoga long video dekhne ka aur subscribers bhi jaldi badenge vote for short videos
Sir ak question tha ❓ Mene chat gpt ki help se ye pta karne ki kosis ki thi ki ak electron ko kitne acceleration ki jarurat hoti h jisse vo visible light create kar sake to meko pta chla ki 10¹¹ m/s² ki ya usse jyada acceleration ki jarurat hoti h to mera question ye h ki ak electron light ki speed se tej chal sakta h kya🤔🤔🤔🤔🤔
At that speed it break and convert into mass like hugs boson the protons broke in to two Parts at 99% speed of light and at that speed they convert into energy and not remain as electron
@studymany tere statement me kahin "acceleration" word to h nhi, na jiska tune reply kiya hai uske statement me hai, i suggest actally give opinion only if you have studied something, chatgpt se dekh ke sb aajata to baat hi kya thi🤭🤭🤭
Agar ye lecture english ma hote aur american server ma upload hue hote to beleive me aabhe tak millions ma view aa jate ha but in india kisi ko nahe pad na
Wah bhai 12th me hu mazaa agaya ❤❤
@rajan chopra
Firstly alot of love from all of us (the science freaks😅)
Bro i have a doubt(not related to this topic)🖐️
In the derivation of hamiltonian equation from Schrödinger's equation the partial double differentiation is written as in the form of laplacian operator {∆}
But,while differentiating at the second last step where the hamiltonian operator is separated as psi is taken common out...how on earth is it possible to seperate a operator from it's operand
For ex:- log10+4*10≠(log+4)10 here we can't common out 10 from log without solving the Operation of 'log'. So how in the derivation psi is taken common out without solving the laplascian operator 😢
I Hope u'll reply 🙌
Hello sir..
Sir aap shorts bhi zyada banaya kro isse jinko long video me boaring lgta hai unko bhi interest hoga long video dekhne ka aur subscribers bhi jaldi badenge
vote for short videos
Bhaiya semester exam chal rhe hai baad me start karunga plz series incomplete mat chodna
Hii sir big fan
I'm first
🫶🏻
Sir ak question tha ❓
Mene chat gpt ki help se ye pta karne ki kosis ki thi ki ak electron ko kitne acceleration ki jarurat hoti h jisse vo visible light create kar sake to meko pta chla ki 10¹¹ m/s² ki ya usse jyada acceleration ki jarurat hoti h to mera question ye h ki ak electron light ki speed se tej chal sakta h kya🤔🤔🤔🤔🤔
At that speed it break and convert into mass like hugs boson the protons broke in to two Parts at 99% speed of light and at that speed they convert into energy and not remain as electron
@@BRAVRICONA sach me yesa hota h kya 😯😯 but isse to atom ka structure hi badal jana chahiye and reality me to yesa hota hi na 🤭🤭
Atom me 99% speed pe thodi hota h electron
@@you-bq3ob bro mene acceleration ke time ki bat ki h ager tum chaho to chat gpt ka use karke find kar sakte ho try now and tall me🤭
@studymany tere statement me kahin "acceleration" word to h nhi, na jiska tune reply kiya hai uske statement me hai, i suggest actally give opinion only if you have studied something, chatgpt se dekh ke sb aajata to baat hi kya thi🤭🤭🤭
Bhaiya aap please board clean kr le letter shi se nhi dikhte for notes making please
Noted✨
Agar ye lecture english ma hote aur american server ma upload hue hote to beleive me aabhe tak millions ma view aa jate ha but in india kisi ko nahe pad na
Sach to h😬