Hypergeometric Distribution EXPLAINED!

0:00 Introduction
1:02 Quick Rundown
2:57 Probability Mass Function calculation
5:22 Cumulative Distribution Function calculation
6:48 Problem Question!

Puck's flush: 0.0197

[limmuelgonzales]

I have learn more here than my paid online course ☹

[yaoshenghan]

Thank you so much for all your videos. They are intuitive and helpful. I have a quick question on the example of Texas Hold’em: why do we use N = 50 instead of N = 48? I think common cards will only be dealt when both players have been served their 2 cards, right? If we were to use 48, how does that change our approach to this question?

[nimraaesthetic]

I watched your previous videos and learned a lot. May God bless you 💕
But please please please use proper formula along with the excel formulas. Because we're not gonna use excel in our exams....

[Alex-zbde]

Thank you so much for making such a detailed explanation! BTW, what software did you use in the video? I notice that as your cursor was on the bar, it automatically showed the value, and I wonder how you did that with such an aesthetically pleasant design!

[bsomeshkharbal]

in the last question of puck and poz, the probability of getting flush for poz is also depend on what cards puck has?

[beyza]

could you also make a video about geometric distribution? (and thank you so much for all your videos, they are so helpful)

[ashishrajyaguru]

Amazing❤ please make some videos on Levy Distributions? Your pattern of explaining distributions is amazing.

[orjihvy]

It might be interesting to see how the PMF is derived, if there is something to be gained from that understanding.

[issycusano]

Please can you do a video on geometric distribution?

[eduardobarbabosa]

love your vids, its just that my answers not always match yours, and ive no idea what i did wrong, you should also include every correct answer with its process even if its brief, thanks a lot for making these videos, you are of great help and a great explainer.

[Enrique.GarciaFranco]

Dear instructor:

I have got a question regarding the alternative Texas Hold´em "flushes".

On the video, it is mentioned that the 5 cards on the table might be all the same suit, thus implying an extra flush.

But, what about the other Hold´em players? They must have drawn their corresponding cards too, right?


The feeling of targeting for alternatives flushes is just an uncertain illusion, because one does not know each of the pair of cards their opponents are seeing.


Who would win in any case? The dealer? 🙃



Thanks in advance for your time.


BTW, I am following the material you kindly provided. I appreciate the effort.

[thedeathofbirth]

Thanks man, you are a brilliant communicator!

[jaybee]

Thanks for these valuable videos again. I never knew excel had these formulas until now :)

[Ny_babs]

I mean didnt puck get dealt any cards?

[john.dry.]

Sir, I can't apply (FALSE) or (TRUE) in the end, I can only apply 4 numbers in the formula, otherwise I get an error, is that something wrong with my EXCEL, or they have something changed? Thank you!

[LameYil]

Can you express your discussion in Amharic

[dannifeng]

I need to learn to play five card poker hand before watching this video...

[abhishekdeb]

Dear instructor,

I have three questions regarding texas Holden example:

1. Poz's opponent will also be dealt two cards. So how can we consider N=50 while calculating dist? I should be 48.

2. There is a probability that Poz's opponent is also dealt a diamond or two. So that'll mean we can't take A=11. How do we account for this uncertainty?

3. In poker all the 5 cards are not dealt at once. They are dealt in succession so with each round of dealing, the probabilities will change. Am I understanding it correctly?

[meh_]

just to be clear, how is A choose x calculated? I do: A! / ( (A-x)! x! )
I'm getting wrong answers for the distribution. Want to see what's wrong

[koroleva]

would be nice if you show the calculation instead of excel