Riemann Integration | Lecture 21 | Every Continuous Function is Riemann Integrable

[@samirroy3794]

This playlist of Reimann Integral is best on youtube ❤- a random student review

[@saneru5847]

Highly recomennded and good content keep it up and please continue riemann integration videos

[@sudarshankumar7651]

Very nice video

[@ekeebobs7520]

Thank you very much sir! I have shared your videos to my class mates. Please keep it up.
Please sir can you make videos on Ring theory (Abstract Algebra) and Lebesgue Integration)?

[@ranjankhatu]

I am busy in my regular schedule but I will try to cover above points.

[@komal5466]

Thank you Guru jii🌸

[@IlayShriki]

Amazing!

[@lorenzogarcia4120]

the best!!!

[@waqashashmi4061]

Thank you

[@ranjankhatu]

Welcome

[@inshakhan8705]

i dont understand how at 8:30 we are claiming that Mi = f(ai)

[@harshitaarora4874]

same i guess it shlb be f(bi) since its bigger

[@103anushkasingh3]

Very nicely explained sir 👍🏻 thank you so much ❤️

[@ranjankhatu]

Most welcome

[@SuperGeek-nr9er]

is this true for open interval?