2:07 is supposed to be "to the left of my argument". Thanks for the video, i'll leave some code behind to recap wat pnorm does. lower.tail logical; if TRUE (default), probabilities are P[X ≤ x] otherwise, P[X > x]. > pnorm(1.6) [1] 0.9452007 > 1 - pnorm(1.6) [1] 0.05479929 > pnorm(1.6, lower.tail = FALSE) [1] 0.05479929 > pnorm(-1.6) [1] 0.05479929
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2:07 is supposed to be "to the left of my argument".
Thanks for the video, i'll leave some code behind to recap wat pnorm does.
lower.tail
logical; if TRUE (default), probabilities are P[X ≤ x] otherwise, P[X > x].
> pnorm(1.6)
[1] 0.9452007
> 1 - pnorm(1.6)
[1] 0.05479929
> pnorm(1.6, lower.tail = FALSE)
[1] 0.05479929
> pnorm(-1.6)
[1] 0.05479929
This helped me a lot! Thanks! Drawing the diagrams made all the difference! :D
Many thanks for a clear explanation of these confusing measures.
Thank You Very Much, very helpful guide with the visuals :)
What a teacher, mine doesn't understand anything of it haha
helped a lot with my biostats homework! thanks!
Thanks for the awesome explanation!!
Thank you very much for your good explanation. Really appreciate it!
very easy understanding, wonderful
Thank you so much for this tutorial! :)
very clear understanding, great video :)
Merci mon gaté 💪
Thank you very much!, great video, really help me!.
Thank you my boy
Thanks a lot, great video!
Good evening everyone,
🔵 Discover now our books and training that we have produced for you on our site. : www.amikour.wordpress.com
🔵 Click here to go directly to our books and training. : amikour.wordpress.com/nos-formations/
This was helpful! Thanks!
super helpful!!
Thank you so much😍
Thank you Sir!!
Thank you !!
Bro, u sounds like batman
Thank you!
Thank you!