A mom walks into her child's room and finds clothes all over the floor. 20% of the clothes are clean. She randomly picks up 5 articles of clothing. 1. We can expect out of articles of clothing to be clean. 2. The standard deviation is (Round to the nearest tenth, if necessary.) 3. Because the distribution has a probability of success (P(S)) that is large (closer to 1) , the distribution is close to symmetric/skewed left (negative) : " 4. Use the probability formula P(r) =n C,p" q"=r to create a binomial distribution table.

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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A mom walks into her child's room and finds clothes all over the floor. 20%
of the clothes are clean. She randomly picks up 5 articles of clothing.
1. We can expect
out of
articles of clothing to be clean.
2. The standard deviation is
(Round to the nearest tenth, if
necessary.)
3. Because the distribution has a probability of success (P(S)) that is
large (closer to 1) ÷ , the distribution is close to
symmetric/skewed left (negative) + "
4. Use the probability formula P(r) =, C,p" q"=" to create a binomial
distribution table.
P(r)
Probability formula
r Round to the tenth, if
Enter the probability only.
Round to the 4th decimal place, if
necessary.
necessary.
C
1
2
Transcribed Image Text:A mom walks into her child's room and finds clothes all over the floor. 20% of the clothes are clean. She randomly picks up 5 articles of clothing. 1. We can expect out of articles of clothing to be clean. 2. The standard deviation is (Round to the nearest tenth, if necessary.) 3. Because the distribution has a probability of success (P(S)) that is large (closer to 1) ÷ , the distribution is close to symmetric/skewed left (negative) + " 4. Use the probability formula P(r) =, C,p" q"=" to create a binomial distribution table. P(r) Probability formula r Round to the tenth, if Enter the probability only. Round to the 4th decimal place, if necessary. necessary. C 1 2
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