How many decision variables does this problem have based on


A political polling organization has been hired to conduct a poll of likely voters prior to an upcoming election. Each voter is to be interviewed in person.

It is known that he costs of interviewing different types of voters vary due to the difference in proportion within the population. The costs to interview males, for example, are $20 per Democrat, $18 per Republican, and $27 per Independent voter.

The costs to interview female are $24, $22 and $28 for Democrat, Republican, and Independent voters, respectively. The polling service has been given certain criteria to which it must adhere: There must be at least 7, 500 total interviews.

At least 2, 500 independent voters must be polled At least 3, 800 males must be polled. At least 3, 250 females must be polled No more than 35% of those polled may be Democrats No more than 35% of those polled may be Republicans No more than 15% of those polled may be Republican males.

Each of the six types of voters must be represented in the poll by at least 13% of the total interviews Formulate and solve this problem in Excel to determine the number of each type of voter that meets the requirements and minimize the cost to carry out the interviews.

a) How many decision variables does this problem have?

b) Not counting the non-negativity constraint - how many constraints does this problem have?

c) What is the minimum cost in your optimal solution (the value of the objective function)?

d) Based on your solution - how many Democrat Males should be interviewed?

e) Based on your solution - how many Republican Males should be interviewed?

f) Based on your solution - how many Independent Males should be interviewed?

g) Based on your solution - how many Democrat Females should be interviewed?

h) Based on your solution - how many Republican Females should be interviewed?

i) Based on your solution - how many Independent Females should be interviewed?

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Operation Management: How many decision variables does this problem have based on
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