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The percent of fat calories that a person in America consumes each day is normally distributed with a mean of about 39 and a standard deviation of about 9. 1. Suppose one individual is randomly chosen. Find the probability that the individual normally consumes between 36 and 42 fat calories per day. o What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o There is a 36 and 42 calories per day. chance that the individual normally consumes between 2. Suppose that 27 individuals are randomly chosen. Find the probability that they normally consume an average of between 36 and 42 calories per day. o What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o There is a average of between 36 and 42 calories per day. chance that the 27 individuals normally consume an

The percent of fat calories that a person in America consumes each day is normally distributed with a mean of about 39 and a standard deviation of about 9. 1. Suppose one individual is randomly chosen. Find the probability that the individual normally consumes between 36 and 42 fat calories per day. o What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o There is a 36 and 42 calories per day. chance that the individual normally consumes between 2. Suppose that 27 individuals are randomly chosen. Find the probability that they normally consume an average of between 36 and 42 calories per day. o What distribution will you use to calculate this probability? NO o List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. o There is a average of between 36 and 42 calories per day. chance that the 27 individuals normally consume an

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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The percent of fat calories that a person in America consumes each day is normally distributed with a mean of about 39 and a standard deviation of about 9. 1. Suppose one individual is randomly chosen. Find the probability that the individual normally consumes between 36 and 42 fat calories per day. - What distribution will you use to calculate this probability? \( N(\_\_, \_\_) \) - List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. \[ \_\_ \] - There is a \_\_ chance that the individual normally consumes between 36 and 42 calories per day. 2. Suppose that 27 individuals are randomly chosen. Find the probability that they normally consume an average of between 36 and 42 calories per day. - What distribution will you use to calculate this probability? \( N(\_\_, \_\_) \) - List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. \[ \_\_ \] - There is a \_\_ chance that the 27 individuals normally consume an average of between 36 and 42 calories per day.
Transcribed Image Text:The percent of fat calories that a person in America consumes each day is normally distributed with a mean of about 39 and a standard deviation of about 9. 1. Suppose one individual is randomly chosen. Find the probability that the individual normally consumes between 36 and 42 fat calories per day. - What distribution will you use to calculate this probability? \( N(\_\_, \_\_) \) - List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. \[ \_\_ \] - There is a \_\_ chance that the individual normally consumes between 36 and 42 calories per day. 2. Suppose that 27 individuals are randomly chosen. Find the probability that they normally consume an average of between 36 and 42 calories per day. - What distribution will you use to calculate this probability? \( N(\_\_, \_\_) \) - List the z-scores needed to calculate the result. If there is more than one z-score, separate the values with a comma. \[ \_\_ \] - There is a \_\_ chance that the 27 individuals normally consume an average of between 36 and 42 calories per day.
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