Math, asked by naruto81, 2 months ago

A corporate agricultural organization has three separate farms which are to be used during the coming year. Each farm has unique characteristics which make it most suitable for raising one crop only. Table below indicates the crop selected for each farm, the annual cost of planting 1 acre of the crop, the expected revenue to be derived from each acre, and the fixed costs associated with operating each farm. In addition to the fixed costs associated with operating each farm, there are annual fixed costs of $75,000 for the corporation as a whole.







Farm Crop Cost/Acre (cj) Revenue/Acre (rj) Fixed Cost (Fj)



1 Soya beans $900 $1,300 $150,000



2 Corn $1,100 $1,650 $175,000



3 Potatoes $750 $1,200 $125,000



Table 2







Determine the profit function for the three-farm operation.







What are the expected profits for the program if the board of directors has voted on the following planting program for the coming year; 1,000 acres will be planted at farm 1, 1,600 at farm 2 and 1,550 at farm 3?







A Summer drought has resulted in the revenue yields per acre being reduced by 20, 30 and 10 percent, respectively, at the three farms. What is the profit expected from the mentioned planting program?

Answers

Answered by amitnrw
3

Given : A corporate agricultural organization has three separate farms which are to be used during the coming year  

To Find :  Determine the profit function for the three-farm operation.

Solution:

Profit = Total Revenue - Variable Cost - Fixed Cost

Total Revenue  =  Revenue/Acre x Number of Acres

Variable Cost = Cost /Acre x Number of Acres

Total Profit = Each Profit  -  annual fixed costs of $75,000 for the corporation as a whole.

=  Each Profit  -  $75,000

Farm Crop    Cost       Revenue    Fixed Cost (Fj)   Profit Function

1 Soya beans  $900    $1,300       $150,000          400x -  150,000  

2 Corn            $1,100   $1,650        $175,000          550y - 175,000  

3 Potatoes      $750    $1,200        $125,000         450z - 125,000

x , y & z are acres planted in each farm respectively

x = 1000

y = 1600

z = 1550

Total Profit function = 400x -  150,000 + 550y - 175,000 + 450z - 125,000 -75,000

Profit at Farm 1  =  400*1000 -  150,000   =  $ 250,000

Profit at Farm 2  =  550*1600 -  175,000   = $ 705,000

Profit at Farm 3  =  450*1550 -  125,000   =  $ 572,500

Total Profit = 250,000 + 705,000 + 572,500 - 75000

Total Profit =$ 1,452,500

reduced by 20, 30 and 10 percent, respectively, at the three farms.

1000 - (20/100)1000 =  800

1600 - (30/100)1600  = 1120

1550 - (10/100)1550 =   1395

Profit at Farm 1  =  400*800 -  150,000   = $ 170,000

Profit at Farm 2  =  550*1120 -  175,000   = $ 441,000

Profit at Farm 3  =  450*1395 -  125,000   = $ 502,750

Total Profit = 170,000 + 441,000 + 502,750 - 75000

Total Profit = $ 1,038,750

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