In: Operations Management
The advertising alternatives for a company include television, radio, and newspaper advertisements. The costs and estimates for audience coverage are given in following table:
television |
newspaper |
radio |
|
Cost per advertisement |
$ 2000 |
$ 600 |
$ 300 |
Audience per advertisement |
100,000 |
40,000 |
18,000 |
The local newspaper limits the number of weekly advertisements from a single company to ten. Moreover, in order to balance the advertising among the three types of media, no more than half of the total number of advertisements should occur on the radio, and at least 10% should occur on television. The weekly advertising budget is $18,200. Formulate the model for maximizing the total audience number?
Television |
Newspaper |
Radio |
|
Cost per advertisement |
$2000 |
$600 |
$300 |
Audience per advertisement |
100,000 |
40,000 |
18,000 |
Decision Variables:
Let,
Number of Television ads = x1
Number of Newspaper ads = x2
Number of Radio ads = x3
Objective Function:
The total audience number should be maximized.
MAXIMIZE 100000*x1 + 40000*x2 + 18000*x3
Constraints:
Number of weekly advertisements from Newspaper will not exceed 10
x2 <= 10
No more than half of the total number of ads should occur on the radio.
x3 <= 0.5*(x1 + x2 + x3)
0.5*x3 – 0.5*x1 – 0.5*x2 <= 0
At least 10% should occur in television.
x1 >= 0.1*(x1 + x2 + x3)
0.9*x1 – 0.1*x2 – 0.1*x3 >= 0
The total cost should not exceed the budget of $18200
2000*x1 + 600*x2 + 300*x3 <= 18200
Number of advertisement cannot be negative.
x1 >= 0
x2 >= 0
x3 >= 0
Number of advertisements cant be fraction.
x1 = integer
x2 = integer
x3 = integer
Putting in Excel:
Solver Parameters:
Optimal Solution:
Television |
Newspaper |
Radio |
x1 |
x2 |
x3 |
4 |
10 |
14 |
Television ads = 4
New paper ads = 10
Radio ads = 14
Optimal Audience Reach = 1,052,000
.
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