Maine bade logo se suna tha...Ki jb bhagwan insan ban sakate hain to insan bhi bhagwan ban sakte hain... Apne karmo se logo k dil me aisi chhap chhodte hain ki vo bhagwan jaise dikhne lagte hain....Ab to dekhne ko v mil raha hai..Sir..🙏🙏🙏🙏..
At 1:43 sir f(x) and f(1/x) both are riemann integrable abd the sum of two rienann integrable functions us agai riemann integrable this imolies that g is riemann integrable that would imply upper riemanb sum of g is sane as lower riemann sum then where from you are bringing the concept that g will be riemann integrable only if it is constant.
![KRK - ชนิสรา Ft.WanMai , N/A [Official MV] Prod. By Sakarin](http://i.ytimg.com/vi/C-WMwwYobcU/mqdefault.jpg)
Maine bade logo se suna tha...Ki jb bhagwan insan ban sakate hain to insan bhi bhagwan ban sakte hain...
Apne karmo se logo k dil me aisi chhap chhodte hain ki vo bhagwan jaise dikhne lagte hain....Ab to dekhne ko v mil raha hai..Sir..🙏🙏🙏🙏..
sir tq for this sassion 🙏🙏🙏
Sir ..merelia ap bhagaban ho❤❤❤
Very nice lecture..ak percent v asa nhi laga ki ab class chor du...itna bda lecture pr 💯 percent interesting... finally completed 😂😂
At 1:43 sir f(x) and f(1/x) both are riemann integrable abd the sum of two rienann integrable functions us agai riemann integrable this imolies that g is riemann integrable that would imply upper riemanb sum of g is sane as lower riemann sum then where from you are bringing the concept that g will be riemann integrable only if it is constant.