Answer:
a lot is missing in this question, so I looked for a similar one:
Howie buys prefabricated fiberglass hot tub shells from a local supplier and adds the pump and tubing to the shells to create his hot tubs. (This supplier has the capacity to deliver as many hot tub shells as Howie needs.) Howie installs the same type of pump into both hot tubs.
He will have only 200 pumps available during his next production cycle. From a manufacturing standpoint, the main difference between the two models of hot tubs is the amount of tubing and labor required. Each Aqua-Spa requires 9 hours of labor and 12 feet of tubing. Each Hydro-Lux requires 6 hours of labor and 16 feet of tubing. Howie expects to have 1,520 production labor hours and 2,650 feet of tubing available during the next production cycle.
Howie earns a profit of $350 on each Aqua-Spa he sells and $300 on each Hydro-Lux he sells.
you have to maximize the following equation: 350A + 300H
where:
A = number of Aqua-Spa hot tubs sold
H = number of Hydro-Lux hot tubs sold
the constraints are:
A + H ≤ 200
9A + 6H ≤ 1,520
12A + 16H ≤ 2,650
A ≥ 0
B ≥ 0
both A and B are integers
Using solver, the optimal solution is: 117A + 77B, and the maximum profit = $64,050
Answer: Option B
Explanation: Marketing plan refers to the plan made by the senior managers of an organisation that depicts the marketing strategy to be used by the company in the coming period. This is a flexible plan and is made for generally a period of 12 months.
This, plan consist of of all the factors that are essential for positive marketing. It outlines the execution procedure and the various analysis required. It also includes the financial and controlling procedures to be used.
Hence, we can conclude that the right answer is option B.
Answer:
hello your question lacks the required file ( excel file ) attached below is the missing file
Answer : The EVI does not change in the way expected and this is because of the higher probability assignment
Explanation:
1) calculate the EVI for the first combination
i.e. B5 = $2000, B9 = 0.4, B14 = 0.8, B15 = 0.3
EVI = EMI with information - EMI without information
= 3250 - 3400
= $ 150
<em>note : EMI with information is gotten via solution tree </em>
2) Calculate the EVI for the second combination
i.e. B5 = $4000 , B9 = 0.3 , B14 = 0.9, B15 = 0.2
EVI = EMI with information - EMI without information
= $1378 - $500 = $878
Answer:
This statement is describing demand pull inflation.
Explanation:
If the aggregate demand increases the demand curve will shift rightwards. But if the increase in demand is higher than increase in supply this will lead to an increase in the price level. The output level will increase but constant increase in price will cause inflationary pressures. This is referred toa as demand-side inflation.
