4. The volume of beverage in a 12-ounce can is normally distributed with a mean 12.05 ounces and standard deviation of 0.02 ounce. a. Find the probability that a randomly selected can will have a volume that is more than 12.12 ounces. (Write answer as a standard decimal - Round to 5 decimals) Include the calculator function & values you used to compute the answer. b. Find the 3rd quartile for the volumes. (Round to 5 decimals) Include the calculator function & values you used to compute the answer. c. If you randomly select a case of 24 cans, find the probability that the average volume of these cans will be between 12.04 and 12.07 ounces. (Round to 5 decimals) Include the calculator function & values you used to compute the answer.
4. The volume of beverage in a 12-ounce can is normally distributed with a mean 12.05 ounces and standard deviation of 0.02 ounce. a. Find the probability that a randomly selected can will have a volume that is more than 12.12 ounces. (Write answer as a standard decimal - Round to 5 decimals) Include the calculator function & values you used to compute the answer. b. Find the 3rd quartile for the volumes. (Round to 5 decimals) Include the calculator function & values you used to compute the answer. c. If you randomly select a case of 24 cans, find the probability that the average volume of these cans will be between 12.04 and 12.07 ounces. (Round to 5 decimals) Include the calculator function & values you used to compute the answer.
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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