@@brightsideofmaths Thanks a lot. I wish I had access to these material before starting my PhD! I am sure these material will help so many of those desperate people along their projects!
If I recall correctly all you have to do to give the Riemann integral more power than Lebesque is to allow the widths of the partitioning of the domain to depend on x when taking the limit. The concept was developed Ralph Henstock. But the Lebesque intergal is nicer to work with when the domain is complicated (multi-dimensional or not R).
You really help me understand this subject. My only regret is that I didn't discover you sooner!
Thank you very much :)
Honestly thankful for the series.. went 😂 to class and all I could recall is how clearly you explained everything
More good material! Thanks 😊
At 4:25 you mentioned that you have lessons on Lebesque integral as separate series. Which series cover that topic?
Measure Theory :)
Hier you can find it: thebrightsideofmathematics.com/measure_theory/overview/
@@brightsideofmaths Thanks a lot. I wish I had access to these material before starting my PhD! I am sure these material will help so many of those desperate people along their projects!
I always wondered what analysis II is about and how is it studied, thanks!
The lecture is so crystal clear and to the point ❤
Thanks a lot :) And thanks for your support!
If I recall correctly all you have to do to give the Riemann integral more power than Lebesque is to allow the widths of the partitioning of the domain to depend on x when taking the limit. The concept was developed Ralph Henstock. But the Lebesque intergal is nicer to work with when the domain is complicated (multi-dimensional or not R).
To be honest, I don't know this Henstock partition idea. Do you have a good reference for this?
It becomes very simple when you teaching that
Thanks! That was my goal :)
Does this lesson, Reimann integral, apply in Real analysis II? I hope that makes sense. Thank you.
Could you elaborate on the difference between Riemann integral, darboux integral and Riemann stieltjes integral? Which is stronger and more general?
This is something for a separate video :)
@@brightsideofmaths will be highly awaited! 🖤
Was this shot in OneNote? :)
No :)
@@brightsideofmaths :O on what then?
@@AlvaroALorite Xournal :)
@@brightsideofmaths which mic you use? Your voice sound so soothing
respect
Thanks :D
صوتو حلو 🤦🏻♀️😂.
Please work on your pronunciation I can't concentrate
Haha, I already do that :)