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Application of the binomial distribution given probabilities of success of an event.
Finding probabilities using the binomial distribution.
Metadata
Probability, expectation and standard deviation of binomial distribution
by
Newcastle University Mathematics and Statistics
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England schools
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England university
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Scotland schools
Taxonomy: mathcentre
Taxonomy: Kind of activity
Taxonomy: Context
History
Xiaodan Leng 5 years, 8 months ago
Created this as a copy of Probability, expectation and standard deviation of binomial distribution.Name | Status | Author | Last Modified | |
---|---|---|---|---|
Probability, expectation and standard deviation of binomial distribution | Ready to use | Newcastle University Mathematics and Statistics | 20/11/2019 14:50 | |
Probability, expectation and standard deviation of binomial distribution | draft | Xiaodan Leng | 10/07/2019 22:31 |
There are 5 other versions that do you not have access to.
Name | Type | Generated Value |
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pre | string |
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descx1 | string |
number of chocolate chip cooki
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something | string |
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thisnumber | integer |
6
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what | string |
daily sales.
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things | string |
chocolate chip cookies.
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descx | string |
the number of chocolate chip c
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tol | number |
0.001
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prob | rational |
17/100
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thisaswell | string |
our selection contains no more
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else | string |
biscuits are selected at rando
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thismany | integer |
17
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number1 | integer |
8
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post | string |
% of biscuits made by a baker
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prob2 | number |
0.594
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prob1 | number |
0.000
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thatnumber | integer |
1
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this | string |
our selection contains exactly
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v | integer |
0
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tprob1 | number |
0.0004655944
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tprob2 | number |
0.5942795167
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sd | decimal |
dec("1.062")
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Generated value: string
- Statement
Gap-fill
Ask the student a question, and give any hints about how they should answer this part.
Assuming a binomial distribution for $X$ , {descX}, write down the values of $n$ and $p$.
$X \sim \operatorname{bin}(n,p)$
$n=\; $?
Find $\operatorname{E}[X]$ the expected {descX1}
$\operatorname{E}[X]=$?
Find the standard deviation for the {descX1}
Standard deviation = ?
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