Running low on bagels, the bakery needs to decide if they should bake more bagels. Suppose they will see 10 more customers by the end of the day and wish to calculate the probability that at least 8 of these 10 customers will order a baker's dozen bagels. What distribution would be used to answer this question? O Binomial (8, 0.4) O Binomial (10, 0.4) O Normal (4, 1.55) O Normal (8, 3.2) O Normal (10, 4)

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Answer question 8.3

A local bakery sells bagels in three quantities: a single bagel (1), a half dozen
bagels (6), or a baker's dozen bagels (13). Let X represent the number of bagels
ordered by a randomly selected customer, with the probabilities of that order
quantity shown below.
x = number of bagels ordered
1
6
13
P(X=x)
0.3
0.3
0.4
Transcribed Image Text:A local bakery sells bagels in three quantities: a single bagel (1), a half dozen bagels (6), or a baker's dozen bagels (13). Let X represent the number of bagels ordered by a randomly selected customer, with the probabilities of that order quantity shown below. x = number of bagels ordered 1 6 13 P(X=x) 0.3 0.3 0.4
Running low on bagels, the bakery needs to decide if they should bake more
bagels. Suppose they will see 10 more customers by the end of the day and wish
to calculate the probability that at least 8 of these 10 customers will order a
baker's dozen bagels.
What distribution would be used to answer this question?
O Binomial (8, 0.4)
O Binomial (10, 0.4)
O Normal (4, 1.55)
O Normal (8, 3.2)
O Normal (10, 4)
Transcribed Image Text:Running low on bagels, the bakery needs to decide if they should bake more bagels. Suppose they will see 10 more customers by the end of the day and wish to calculate the probability that at least 8 of these 10 customers will order a baker's dozen bagels. What distribution would be used to answer this question? O Binomial (8, 0.4) O Binomial (10, 0.4) O Normal (4, 1.55) O Normal (8, 3.2) O Normal (10, 4)
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