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The volume of a dog shampoo filled into a container is uniformly distributed between 370 and 380 milliliters. What are the mean and standard deviation of the volume of dog shampoo? What is the probability that the container is filled with less than the advertised target of 375 milliliters? а. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.5 b. E(X) = 377, SD(X) = 1.7321, P(X < 375) = 0.1667 c. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.8333 d. NONE

The volume of a dog shampoo filled into a container is uniformly distributed between 370 and 380 milliliters. What are the mean and standard deviation of the volume of dog shampoo? What is the probability that the container is filled with less than the advertised target of 375 milliliters? а. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.5 b. E(X) = 377, SD(X) = 1.7321, P(X < 375) = 0.1667 c. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.8333 d. NONE

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 volume of a dog shampoo filled into a container is uniformly distributed between 370 and 380 milliliters. What are the mean and standard deviation of the volume of dog shampoo? What is the probability that the container is filled with less than the advertised target of 375 milliliters? a. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.5 %3D b. E(X) = 377, SD(X) = 1.7321, P(X < 375) = 0.1667 c. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.8333 %3D d. NONE
Transcribed Image Text:The volume of a dog shampoo filled into a container is uniformly distributed between 370 and 380 milliliters. What are the mean and standard deviation of the volume of dog shampoo? What is the probability that the container is filled with less than the advertised target of 375 milliliters? a. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.5 %3D b. E(X) = 377, SD(X) = 1.7321, P(X < 375) = 0.1667 c. E(X) = 375, SD(X) = 2.8868, P(X < 375) = 0.8333 %3D d. NONE
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