Riemann Integration | Lecture 20 | Monotonic Increasing Function is Riemann Integrable

[@bobydhama9907]

Great explanation sir❤

[@salonichaudhary9886]

Explanation is really easy to understand . Thankyou sir

[@SujitKumar-zk9rl]

Thank a lot ✨ sir it is very easy to understand for me your way of explaining is too easy and simple thanks again ❤

[@affrin176]

Please upload videos on Riemann stieltjes integral

[@Kzaman-yg5br]

The Ami of the theoram is simply but choose is difficult why we choose norm of p is less than €/ f(b)-f(a) .

[@nooblifter390]

How can we remove something out of the sigma notation?
||P|| would represent a small length from b-a or equat to b-a.
While ∆x in sigma function would give b-a.
Please clear the query.

[@techinvento3626]

Thank u so much sir😊❤️

[@thepk9371]

Excellent👏👏

[@preetichouhan7234]

Thank you sir

[@vishalthakur884]

Thanks Sir

[@nazu4911]

Thank you

[@Archbsp]

How do we do for decreasing

[@rakeshrakesh-xx3oq]

Sir
How norm p lessthan epsilon/f(b)-f(a)

[@ranjankhatu]

We can take a partition with a very small norm. Here epsilon is a small number. If you divide it by (f(b)-f(a)) then it will be very small. Then also it is possible to find partition with very small norm.

[@ranjankhatu]

It can be done by introducing more points in the partition

[@sgeeth]

Anyone in University of Moratuwa?

[@ranjankhatu]

@@sgeeth no

[@sadilephraims4753]

ya

[@fujail360pro3]

Good morning

[@ranjankhatu]

Good morning