Suppose that a petrol station has its daily demand for petrol as normally distributed with a mean of 5,000 liters and a standard deviation of 200 liters. What is the chance that less than 3,000 liters are sold on any given day? You are told that P(Z<-1) D 0.158 and P(Z < +1) = 0.841. O P(X < 3,000) = 0.841 O P(X < 3,000) = 0.518 O P(X < 3,000) = 0.158 O P(X < 3,000) = 0.683

Suppose that a petrol station has its daily demand for petrol as normally distributed with a mean of 5,000 liters and a standard deviation of 200 liters. What is the chance that less than 3,000 liters are sold on any given day? You are told that P(Z<-1) D 0.158 and P(Z < +1) = 0.841. O P(X < 3,000) = 0.841 O P(X < 3,000) = 0.518 O P(X < 3,000) = 0.158 O P(X < 3,000) = 0.683

Name: QUESTION 4Suppose that a petrol station has its daily demand for petr
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Description: QUESTION 4Suppose that a petrol station has its daily demand for petrol as normally distributed with a mean of 5,000 liters and a standarddeviation of 200 liters. What is the chance that less than 3,000 liters are sold on any given day? You are told

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.1: Measures Of Center

Problem 9PPS

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