xsinx Fourier cosine series with deduction

[@sanjays7255]

Mam video 9:55 la "x cosnxsinx" rendula yendha formula venalum apply pannalama mam?

[@infinity3898]

Yes you can apply anyone formula you will get the same answer...since sin nπ =0 and sin 0 =0

[@MossesRoss]

Thanks miss 🔥🔥

[@tejasriberi5224]

Nice explanation mam

[@lakshanakalaimoorthydk6195]

Mam how did u write (-1)^n+2 in that a^n part

[@infinity3898]

-(-1)^(n+1)=(-1).(-1)^^(n+1) add the powers since there are in product ...so power will be n+2

[@lakshanakalaimoorthydk6195]

Thank you mam

[@hemavarshinic7310]

Mam plss upload videos on fermats and Wilson theroem . Thank you ma'am

[@infinity3898]

Are you from first year or second year

[@hemavarshinic7310]

First year mam..

[@infinity3898]

Ok

[@Serjiyo.Martin]

Fourier series video link mam please 🙏🥺

[@revathivadivelu2435]

Mam pls upload Laplace transform and first and second shifting theorem

[@infinity3898]

Ok

[@revathivadivelu2435]

Thanks mam

[@revathivadivelu2435]

@@infinity3898 Dear Madam, I'm doing Bsc maths in distance education. I'm struggling to understand chapters while reading myself. But, after seen your video lectures I'm feeling better to understand & helped me a lot. I would like to be in touch with you regularly. If you don't mind can you please share me your contact number & email id to reach you. Thanks & Regards, Revathi