Binomial Probability formula at most and at least

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[@masonrolman3795]

This man is a GOAT. He taught me what my professor couldn't all while having to write backwards.

[@sarahpadilla9925]

i hate to break it to you, the video is just “flipped” so he is writing he right way haha

[@nekomochi486]

How on earth would that work? Don't tell me you actually believe that. He is clearly writing backwards. ​@@sarahpadilla9925

[@ashongabdalla5940]

With the At Most question. Let’s say “at most 15” Does it mean I have to find the probabilities of 0 to 15?

[@kietnguy690]

Thank you, very helpful. This is what I'm looking for the calculation while others rather use Excel

[@garrettwinnek3259]

Thank you! I was having trouble with a problem and this helped a lot!

[@harleycalvert1961]

This is totally excellent!

[@shambo9807]

The accent helps so much...

[@InlinePaul]

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?

[@kritigoomer]

you can do a binomialcdf on the calculator

[@sam_ud.n]

thx a lot for clearing my comcept

[@shanaleeswaby5730]

THANK YOUUUUUUUUU

[@LasanaASanoe]

Good video.

[@michelleko9517]

Is there a faster way to do it? Sometimes there are so many numbers calculating takes a long time.

[@antoniochirico9529]

Great man!

[@nasrinanoor23]

At least part, aren't we also supposed to add 2. 1 - P(0) + P(1) + P(2)

[@luiegiii]

No because we are taking the compliment which is everything less than 2 times and subtracting from 1 which is 100%.

[@veenoms7303]

Wouldn't the AT LEAST question also include 2??

[@JoelSperanzaMath]

Absolutely, and in the video I've included 2, by subtracting P(zero) and P(one) from 1.

[@animeshjain69]

In case of Binomial distribution, write an expression
for the probability of at most r successes.

[@aaddaamm2882]

how do you put the at least one in the calculator in terms of binomialcdf

[@JoelSperanzaMath]

czcams.com/video/VCHZyE2TiLE/video.html does this video help you?

[@p.zarthea]

How will that apply using integral calculus?

[@awajimimamlucky1688]

How did u get p=0.3 pls. help