A clumsy person has a 0.4 probability of falling sometime on Friday while a non-clumsy person has only a 0.05 probability of falling sometime on Friday. 8% of the population is clumsy and the rest is non-clumsy. We randomly select a person. a. What is the probability that the selected person is clumsy? b. What is the probability that the selected person is clumsy and falls on Friday? c. What is the probability that the selected person falls on Friday? d. What is the probability that the selected person does not fall on Friday? e. What is the probability that the selected person is clumsy given that she falls of Friday? f. We randomly select 520 people. About how many of these do we expect to fall on Friday
A clumsy person has a 0.4
a. What is the probability that the selected person is clumsy?
b. What is the probability that the selected person is clumsy and falls on Friday?
c. What is the probability that the selected person falls on Friday?
d. What is the probability that the selected person does not fall on Friday?
e. What is the probability that the selected person is clumsy given that she falls of Friday?
f. We randomly select 520 people. About how many of these do we expect to fall on Friday
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