These videos are great for getting to understand the logic behind the notation. Thanks. If you still manage this account you might consider creating a playlist(s) for these videos so that viewers are taken straight to the next slide. More views for you maybe, and we don't have to get random stuff in our "up next" autoplay video.
How does the geometric proof account for the f(*) factor? This is not probability. The RVs are continuous so f(*) needs to be obtained by taking derivatives. How do you know the derivative works out with the fixed observation x_(k)?
saved my life on my final. Thanks!
These videos are great for getting to understand the logic behind the notation. Thanks. If you still manage this account you might consider creating a playlist(s) for these videos so that viewers are taken straight to the next slide. More views for you maybe, and we don't have to get random stuff in our "up next" autoplay video.
THIS IS THE BEST EXPLANATION OF ALL TIMES
Thank you thank you thank you :)))
absolutely brilliant explanation. You da man
Simply Awesome :)
How does the geometric proof account for the f(*) factor? This is not probability. The RVs are continuous so f(*) needs to be obtained by taking derivatives. How do you know the derivative works out with the fixed observation x_(k)?
Great explanation 😇
Sorry I want to find Var(Y1) and Var(Yn) of order statistics
i love you .... omg .. i was terrorized for 1 year with order statistic...