2.3 BP petrol is to be stocked in a bulk tank once at the beginning of each week and then sold to individual customers. Consider the joint density of Y, the proportion of the capacity of the tank that is stocked at the beginning of the week and Y2, the proportion of the capacity sold during the week, given by 0 < y2 < y1 < 1, elsewhere. 3y1, f(Vn Y2) = {" 2 In each week an average of 70% of the petrol is sold and an average of 30% of the petrol remains in the Caltex bulk tank at the end of each week. In any given week of the year, what is the probability that the amount of petrol sold during the week is more than the amount of petrol that was stocked in the beginning of the week?
2.3 BP petrol is to be stocked in a bulk tank once at the beginning of each week and then sold to individual customers. Consider the joint density of Y, the proportion of the capacity of the tank that is stocked at the beginning of the week and Y2, the proportion of the capacity sold during the week, given by 0 < y2 < y1 < 1, elsewhere. 3y1, f(Vn Y2) = {" 2 In each week an average of 70% of the petrol is sold and an average of 30% of the petrol remains in the Caltex bulk tank at the end of each week. In any given week of the year, what is the probability that the amount of petrol sold during the week is more than the amount of petrol that was stocked in the beginning of the week?
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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Transcribed Image Text:2.3 BP petrol is to be stocked in a bulk tank once at the beginning of each week and then sold
to individual customers. Consider the joint density of Y, the proportion of the capacity of the
tank that is stocked at the beginning of the week and Y2, the proportion of the capacity sold
during the week, given by
3y1
0 < y2 < y1 < 1,
elsewhere.
2
In each week an average of 70% of the petrol is sold and an average of 30% of the petrol
remains in the Caltex bulk tank at the end of each week. In any given week of the year, what
is the probability that the amount of petrol sold during the week is more than the amount of
petrol that was stocked in the beginning of the week?
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