An average of 35 fish per day enter the intake pipe of a water treatment plant. A hydraulic engineer designing the plants intake system model the number of entering fish using a Poisson distribution. A random sample of 30 water treatment plants are taken. Find the probability that the sample mean number of fish per day enter the intake pipe is between 36 and 38. UTM UT

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
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ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter11: Data Analysis And Probability
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UTM U
4. An average of 35 fish per day enter the intake pipe of a water treatment plant. A hydraulic engineer
designing the plants intake system model the number of entering fish using a Poisson distribution.
A random sample of 30 water treatment plants are taken. Find the probability that the sample mean
number of fish per day enter the intake pipe is between 36 and 38.
OUTM L
SUL
UT
Transcribed Image Text:UTM U 4. An average of 35 fish per day enter the intake pipe of a water treatment plant. A hydraulic engineer designing the plants intake system model the number of entering fish using a Poisson distribution. A random sample of 30 water treatment plants are taken. Find the probability that the sample mean number of fish per day enter the intake pipe is between 36 and 38. OUTM L SUL UT
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