Solved Problems on Heisenberg Uncertainty Principle

[@ahadshaikh368]

Ma'am you explain it so simple and easy. A golden teacher. Very underrated

[@physicsjessy7746]

Thanks a lot 😊

[@piyushjaiswal287]

Thank you maam this solved examples helped me to solve types of questions of Heisenberg uncertainty principle ,

[@physicsjessy7746]

🙏🙏

[@new-jj5il]

You appear to be Lady Heisenberg for me Mam 🙏🙏🙏 I May have exaggerated. But today I got something about Heisenberg 👍👍👍😘 and that made me to do so

[@physicsjessy7746]

😀Thank you so much for the very inspiring comment🙏

[@abdullahstuff3186]

Very well explained ma'am....

[@heart_of_bisu]

In question no. 3 you directly took the accuracy as the value of uncertainty in velocity. But in question 2 you used accuracy = uncertainty in velocity/velocity. Please explain

[@physicsjessy7746]

check the unit of accuracy in both question, In 2nd question its given in %, then uncertainty in velocity/velocity. In 3rd question accuracy given in km/hr, thatswhy....

[@shraddhamangate5285]

Thank you so much ma'am...your teaching is really effective...all concepts are cleared now

[@physicsjessy7746]

Thank you shradha

[@Faithonurself]

Mam at 15:02 in question not gave accuracy units then how u consider that as dell lambda/lambda

[@roshanyadav5094]

Mam you are great Such a nice teaching😊😊👍

[@physicsjessy7746]

Thank you Roshan

[@marthanambeye9638]

I am preparing for the exam in two weeks time. Your explanation is simple to follow and understand. You are the best ma'am 🥰🥰

[@physicsjessy7746]

Thanks a lot 😊

[@OrcjaEnglish]

Thank you! A few questions confused me. But i have gotten them because of you.

[@physicsjessy7746]

Thank you too 🙏

[@OrcjaEnglish]

@@physicsjessy7746 Very welcome Ma'am , Miss can I have your E-mail address?

[@kanaiyakanabar5178]

Awesome explanation

[@akt00306]

Thank you very helpful

[@physicsjessy7746]

🙏🙏

[@Don-nc3qp]

Thank you very much 🙂

[@physicsjessy7746]

Thank you too

[@GanezhGaneshgudise]

Great mam

[@physicsjessy7746]

Thank you

[@KINGคภ]

Nice ma'am thank 🙂🙂🙂🙂❤❤❤❤❤

[@physicsjessy7746]

🙏🙏

[@ShivamUchiha]

best explanation mam

[@physicsjessy7746]

Thanks a lot

[@Anirudhfou4]

11:42 question is nice

[@easyphysicsrevanthneela7320]

Super mam really very clear

[@physicsjessy7746]

Thank you

[@hemanthkumarhd1589]

Good explanation mam

[@physicsjessy7746]

Thank you

[@janvidurbude]

Thank u mam..

[@physicsjessy7746]

🙏🙏

[@amritpoudel5619]

Thankyou very much maam...

[@physicsjessy7746]

🙏

[@harshastudyhour146]

👌👌👌👌👏👏 super madam

[@physicsjessy7746]

Thank you

[@coffee__needs]

maam where should we solve more examples from?

[@animeshsingh4320]

you teach so good mam thank you

[@physicsjessy7746]

🙏

[@animeshsingh4320]

@@physicsjessy7746 so today was my paper and I got the de broglie numerical correct So thanks again You got me and my 3 other friends 7 marks

[@physicsjessy7746]

🙏🙏

[@vaibhavgala2931]

Maam in last question, mass of hydrogen will be equal to mass of proton instead , of mass of electron . Btw Great video !!

[@kuldeepsingh-ny5fp]

Mam In last question why you put the value of ∆p in place of P to measure the minimum energy?

[@physicsjessy7746]

The minimum momentum(P) is same as the minimum Uncertainty/ precision/ accuracy in momentum.

[@yogenderraju2388]

Mam , in the last before question P is 5.4*10^-26 but u have put 5.4*10^24 while finding del P .

[@physicsjessy7746]

sorry for the careless mistake. Thank you for pointing out.

[@jeyaraman8826]

Minimum uncertainty (h(bar)/2) exist only for Gaussian distribution...!!!

[@Nagasri-z7i]

Is this for btech 1st year???

[@physicsjessy7746]

Yes

[@Anirudhfou4]

16:54

[@sudippramanik9356]

Mam, the value of'h' is 6.626×10^34

[@physicsjessy7746]

Minus 34

[@abdhuii6171]

@@physicsjessy7746 yes but u took 1.054 🙃⁉️

[@physicsjessy7746]

@@abdhuii6171 1.054 for h/2 pi , not h

[@abdhuii6171]

@@physicsjessy7746 ohh like that No need of h/2 just h is enough right? Cause that's how we learned

[@VarunSrinivas]

@@abdhuii6171 1.054 is for 'hcut' not h. thats the reason for 10^-34

[@subhantraj3733]

Thanks mam

[@physicsjessy7746]

🙏

[@vishalsingerbareilly77]

Mam accha samjhaya but h/4π hota hai but u can use h/2 what's the concept ❤

[@yashwanthraj4578]

thanks maam

[@himanisdanceandvlogs3570]

My doubt cleared Tysm❤

[@physicsjessy7746]

🙏🙏

[@virumranka983]

Best physics teacher🔥❤️

[@physicsjessy7746]

Thank you

[@roshiniloka2222]

Doing direct sol is rabbsh

[@physicsjessy7746]

Then what is your expecting way

[@Anirudhfou4]

25:09