The market research team of a company requires some household data from four different cities. The team has to perform this job in two days. It plans to spend half a day in each of the cities. The relevant data are given as follows: Probability of a household contact Day and time City 1 City 2 City 3 City 4 Saturday Morning 0.(32+X) 0.(65+X) 0.(16+X) 0.(64+X) Saturday Evening 0.(60+X) 0.(56+X) 0.(85+X) 0.(80+X) Sunday Morning 0.(70+X) 0.(35+X) 0.(40+X) 0.(62+X) Sunday Evening 0.(10+X) 0.(72+X) 0.(64+X) 0.(80+X) How should the team plan its visit to the four cities so that the expected response may be maximized? State this expected response. X- last digit of vour roll no.
The market research team of a company requires some household data from four different cities. The team has to perform this job in two days. It plans to spend half a day in each of the cities. The relevant data are given as follows: Probability of a household contact Day and time City 1 City 2 City 3 City 4 Saturday Morning 0.(32+X) 0.(65+X) 0.(16+X) 0.(64+X) Saturday Evening 0.(60+X) 0.(56+X) 0.(85+X) 0.(80+X) Sunday Morning 0.(70+X) 0.(35+X) 0.(40+X) 0.(62+X) Sunday Evening 0.(10+X) 0.(72+X) 0.(64+X) 0.(80+X) How should the team plan its visit to the four cities so that the expected response may be maximized? State this expected response. X- last digit of vour roll no.
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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Question
use x=2
Transcribed Image Text:The market research team of a company requires some household data from four different
cities. The team has to perform this job in two days. It plans to spend half a day in each of the
cities. The relevant data are given as follows:
Probability of a household contact
Day and time
City 1
City 2
City 3
City 4
Saturday Morning
0.(32+X)
0.(65+X)
0.(16+X)
0.(64+X)
Saturday Evening
0.(60+X)
0.(56+X)
0.(85+X)
0.(80+X)
Sunday Morning
0.(70+X)
0.(35+X)
0.(40+X)
0.(62+X)
Sunday Evening
0.(10+X)
0.(72+X)
0.(64+X)
0.(80+X)
How should the team plan its visit to the four cities so that the expected response may be
maximized? State this expected response. X = last digit of your roll no.
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