Suppose the time it takes my daugther, Lizzie, to eat an apple is uniformly distributed between 6 and 11 minutes. Let X = the time, in minutes, it takes Lizzie to eat an apple. a. What is the distribution of X? X - ? v Please show the following answers to 4 decimal places. b. What is the probability that it takes Lizzie at least 12 minutes to finish the next apple? c. What is the probability that it takes Lizzie less than 7.6 minutes to finish the next apple?

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Chapter1: Combinatorial Analysis
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Suppose the time it takes my daugther, Lizzie, to eat an apple is uniformly distributed between 6
and 11 minutes. Let X = the time, in minutes, it takes Lizzie to eat an apple.
a. What is the distribution of X? X - ?
Please show the following answers to 4 decimal places.
b. What is the probability that it takes Lizzie at least 12 minutes to finish the next apple?
c. What is the probability that it takes Lizzie less than 7.6 minutes to finish the next apple?
d. What is the probability that it takes Lizzie between 7.3 minutes and 8.3 minutes to finish the
next apple?
e. What is the probability that it takes Lizzie fewer than 7.3 minutes or more than 8.3 minutes to
finish the next apple?
Transcribed Image Text:Suppose the time it takes my daugther, Lizzie, to eat an apple is uniformly distributed between 6 and 11 minutes. Let X = the time, in minutes, it takes Lizzie to eat an apple. a. What is the distribution of X? X - ? Please show the following answers to 4 decimal places. b. What is the probability that it takes Lizzie at least 12 minutes to finish the next apple? c. What is the probability that it takes Lizzie less than 7.6 minutes to finish the next apple? d. What is the probability that it takes Lizzie between 7.3 minutes and 8.3 minutes to finish the next apple? e. What is the probability that it takes Lizzie fewer than 7.3 minutes or more than 8.3 minutes to finish the next apple?
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