Convergence in probability to a random variable

[SpartacanUsuals]

Hi, thanks for your message. In order to see the videos in order you just need to visit my Youtube homepage. There are playlists there all in the appropriate order. Thanks, Ben

[georgeyu]

for Xn=(1+1/N)X, where is this (1+1/N) comes from?

[rohanghige]

Nice videos, but please number these videos. It becomes confusing for audiance to find out which one to watch first. It needs flow to get the theory... :)

[maximusdecimusmeridius]

Totally agree with mr Rogan Ghige - I had to go through each playlist to find where it was (it's in "Asymptotic Behaviour of Estimators"). Just adding a number at the end of each title would be very helpful. Most people are finding the videos through search so it gets confusing and there's no straightfoward way to determine what playlist a paraticular video comes from

[ChainWasp]

Really nice video i don't understand why you name epsilon as itta they are different letters

[l.a.xbeast]

couldn't you just say for the last part that Xn-X = 1/n -> 0 as n->infinity?

[aditya]

How to find Xn relation with X? do we just assume it?

[lukasschipper]

Who the hell dissliked this video? Thank you Mr. Lambert! Please go on :)

[ozgeozcelik]

trying to understand relation between asymptotic statistics and BitCoin