subject
Business, 20.03.2020 17:33 ineedhelp2285

SMM Company recently developed a new instant salad machine, has 282,000 to spend on advertising. The product is to be initially test marketed in the Dallas area. The money is to be spent on TV advertising blitz during one weekend (Friday, Saturday, and Sunday) in November.

The three options available are: daytime advertising, evening news advertising, and Sunday game-time advertising. A mixture of one-minute TV spots is desired.

Estimated Audience

Ad Type Reached With Each Ad Cost per Ad

Daytime 3,000 $5,000

Evening News 4,000 $7,000

Sunday Game 75,000 $100,000

SMM wants to take out at least one ad of each type (daytime, evening-news, and game-time). Further, there are only two game-time ad spots available. There are ten daytime spots and six evening news spots available daily. SMM wants to have at least 5 ads per day, but spend no more than $50,000 on Friday and no more than $75,000 on Saturday.

Considering the above limitations, write a linear programming formulation to help SMM determine the number for each ad type on the weekend so as to maximize the total audience reached.

1. Define the decision variables

DFR = number of daytime ads on Friday; DSA = number of daytime ads on Saturday; DSU = number of daytime ads on Sunday; EFR = number of evening ads on Friday; ESA = number of evening ads on Saturday; ESU = number of evening ads on Sunday; GSU = number of game-time ads on Sunday

2. Define the Objective Function Maximize the total audience reached:

Max (audience reached per ad of each type) x (number of ads used of each type)

Max 3000DFR +3000DSA +3000DSU +4000EFR+4000ESA +4000ESU +75000GSU

3. Define the Constraints Take out at least one ad of each type: (1) DFR + DSA + DSU > 1 (2) EFR + ESA + ESU > 1 (3) GSU > 1 Ten daytime spots available: (4) DFR < 10 (5) DSA < 10 (6) DSU < 10

Six evening news spots available: (7) EFR < 6 (8) ESA < 6 (9) ESU < 6

At least 5 ads per day: (10) DFR + EFR > 5 (11) DSA + ESA > 5 (12) DSU + ESU + GSU > 5

Only two Sunday game-time ad spots available: (13) GSU < 2

Spend no more than $50,000 on Friday: (14) 5000DFR + 7000EFR < 50000

Spend no more than $75,000 on Saturday: (15) 5000DSA + 7000ESA < 75000

Spend no more than $282,000 in total: (16) 5000DFR + 5000DSA + 5000DSU + 7000EFR + 7000ESA + 7000ESU + 100000GSU7 < 282000

Non-negativity: DFR, DSA, DSU, EFR, ESA, ESU, GSU > 0

ansver
Answers: 2

Another question on Business

question
Business, 21.06.2019 20:00
When an interest-bearing note comes due and is uncollectible, the journal entry includes debiting
Answers: 3
question
Business, 22.06.2019 08:10
What are the period and vertical shift of the cosecant function below? period: ; vertical shift: 1 unit up period: ; vertical shift: 2 units up period: ; vertical shift: 1 unit up period: ; vertical shift: 2 units up?
Answers: 3
question
Business, 22.06.2019 14:00
Bayside coatings company purchased waterproofing equipment on january 2, 20y4, for $190,000. the equipment was expected to have a useful life of four years and a residual value of $9,000. instructions: determine the amount of depreciation expense for the years ended december 31, 20y4, 20y5, 20y6, and 20y7, by (a) the straight-line method and (b) the double-declining-balance method. also determine the total depreciation expense for the four years by each method. depreciation expense year straight-line method double-declining-balance method 20y4 $ $ 20y5 20y6 20y7 total $
Answers: 3
question
Business, 22.06.2019 16:30
Suppose that electricity producers create a negative externality equal to $5 per unit. further suppose that the government imposes a $5 per-unit tax on the producers. what is the relationship between the after-tax equilibrium quantity and the socially optimal quantity of electricity to be produced?
Answers: 2
You know the right answer?
SMM Company recently developed a new instant salad machine, has 282,000 to spend on advertising. The...
Questions
question
Mathematics, 13.01.2021 17:00
question
Mathematics, 13.01.2021 17:00
question
Biology, 13.01.2021 17:00
Questions on the website: 13722359