This proof is amazingly well done. Considering it seems to me to be the most comprehensive proof of the central limit theorem, which is extremely important for inferential statistics, (that can be found on the web) I'm shocked it doesn't have more views. Nonetheless, I would like to thank you for your work.
I almost view your all videos and found them as easy as it could be. And subscribe your channel but it seems odd that such youtube channel are not getting their right :) keep it up Sir and I would like to thank you for your work.
This proof is amazingly well done. Considering it seems to me to be the most comprehensive proof of the central limit theorem, which is extremely important for inferential statistics, (that can be found on the web) I'm shocked it doesn't have more views.
Nonetheless, I would like to thank you for your work.
Levy's continuity theorem is missing here
Man, this short "series" was more useful, than the two houres lecture I am comming from. Thank you.
I almost view your all videos and found them as easy as it could be. And subscribe your channel but it seems odd that such youtube channel are not getting their right :) keep it up Sir
and I would like to thank you for your work.
Thanks for the wonderful explanation
May I please get clarification on why the higher order terms tend to zero as N tends to infinity
Wonderful