Quantum mechanics(lecture-43) Solving Schrodinger equation for free particle

[@souravmahantaphysicssaldih2463]

Very Nice Lecture Sir and Very easy to understand. Thank You Very Much Sir

[@amanyadav294]

Nice explanation sir
Thanks you soo much ❤

[@Vikas.Verma06]

Bahut badhiya bhaiya

[@souhridyamukherjee2754]

Excellent

[@mysterychem4295]

Nice explained 🎉

[@jaishreeramjaibajrangbali]

Thanks 👍😊😊

[@garimasingar7279]

Nice explain sir💚❤

[@theorist_2]

At 14:15 ψ(x)=Ce^(ikx)+De^(-ikx)
Bhi to infinity ho r hai x = infinity boundary condition use karne pe

[@ammanullahrajpoot3160]

Yeah in both cases wave fun. will be infinite... either we take k is imaginary or real, bcz only e^-ikx will be equal to 0, it's other part gives infinity (doesn't matter what's the value of k)

[@vaishnavipal2298]

@22:37 it must be either -ih d/dx or (h/i)* d/dx

[@anjumtoiba34]

Bhut jaruri

[@ashishrajput6606]

Kya ye advanced quantum mechanics ka bhi topic hai kya?

[@allrounder2367]

I need solved problems of Schrodinger's equation in one dimension. Does anyone have PDF please?

[@NitinKumar-qv1fw]

Thank you for your

[@learning9200]

Zabrdast

[@arnabsaikia8030]

Sir can you plz tell me how we got cosx= e^ix+e^-ix/ 2 and sinx=e^ix-e^-ix/2...

[@PhysicsDarshan]

It DeMoivre’s Theorem.....

[@hamzawasti6916]

you can also use Euler's Formula to get the desired result.

[@VishalYadav-fr9yr]

Bhaiya agr v zero hai tohenegy kabhi zero nhi hogi agr

[@anjumtoiba34]

Sir is topic k notes chaiye

[@vyluganeshvarma3706]

More videos sir uploaded sir

[@programmingpython584]

momentum operator me - sign hoti hai pehle

[@PhysicsDarshan]

Yes shi khaa .... Mujse galti ho gyee.... Yhaa pe...

[@sunnyjaijaniya6257]

bhai ek derivation me itna lamba lecture le diye hadd kr di yarr

[@shibdas4292]

Nice explanation 😂

[@amarnath-0002]

Love from Odisha ❤😂🎉😢😮😮😅😅😊😊😅😮😮😢🎉😂😂❤😂😢😮😊