csir net jrf previous year solved questions physical sciences | fourier series | fourier transform

[@sudipregmi5652]

amazing , i would like to request you to make similar videos on classical mechanics.

[@bhaaarat]

please make a video on 2021 and 2022 too...for the upcoming exam

[@hunkdaivik2872]

Mam please electrodynamics aur neuclear k previous year solve krwa dijiye na please 🙏 exam se pehle

[@dreaming_aastha_phd]

Ma'am please gate k sare pyq karwa dijiye And also EMT ke

[@AminulIslam-as]

Ma'am If you could make the videos in English it would be really helpful. Thank you.

[@vyingphysics]

Actually most of my subscribers are comfortable with Hindi, so currently I am going with it,, what I can do is- I will try to cover the important points in English as well. Hope that helps

[@physicslalitrathorepilani3733]

🙏🙏🙏keep it up maa'm.

[@vyingphysics]

Thanks,,Sure😊

[@emptymind7]

mam jab definition me sqrt(2*pi) nhi tha to inverse me 1/2*pi kyu le rahe h

[@vyingphysics]

These are the formulas,,you can prove them by considering f(t) =1. If we find F.T. of this function using definition which do not include 1/2*pi. Or 1/sqrt(2*pi),, we get the result 2*pi*d.d(s). And if we take inverse F.T. of this result using formula that must include 1/(2*pi) to get the result f(t)=1. Hope you understand. If further doubts,,see the revision video of F.T

[@karunapandey2308]

Mem 2014 december me tensor retated jo prblm tha, uska solution mem plzzz....

[@vyingphysics]

Share me that question on telegram channel,,, I'll try to provide solution.