Binomial Probability formula at most and at least
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- čas přidán 22. 08. 2024
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This man is a GOAT. He taught me what my professor couldn't all while having to write backwards.
i hate to break it to you, the video is just “flipped” so he is writing he right way haha
How on earth would that work? Don't tell me you actually believe that. He is clearly writing backwards. @@sarahpadilla9925
With the At Most question. Let’s say “at most 15” Does it mean I have to find the probabilities of 0 to 15?
Thank you, very helpful. This is what I'm looking for the calculation while others rather use Excel
Thank you! I was having trouble with a problem and this helped a lot!
This is totally excellent!
The accent helps so much...
Great explanation but I cant use the shortcut for this one: P(x>=5) where n=10, p=0.4. Does nobody have a super duper formula that crunches all those separate calculations together?
you can do a binomialcdf on the calculator
thx a lot for clearing my comcept
THANK YOUUUUUUUUU
Good video.
Is there a faster way to do it? Sometimes there are so many numbers calculating takes a long time.
Great man!
At least part, aren't we also supposed to add 2. 1 - P(0) + P(1) + P(2)
No because we are taking the compliment which is everything less than 2 times and subtracting from 1 which is 100%.
Wouldn't the AT LEAST question also include 2??
Absolutely, and in the video I've included 2, by subtracting P(zero) and P(one) from 1.
In case of Binomial distribution, write an expression
for the probability of at most r successes.
how do you put the at least one in the calculator in terms of binomialcdf
czcams.com/video/VCHZyE2TiLE/video.html does this video help you?
How will that apply using integral calculus?
How did u get p=0.3 pls. help