What is the optimal solution to problem


Discuss the problem:

Q: A real estate developer is planning to build an apartment building specifically for graduate students on a patch of land adjacent to Arapet College in Madrid, Arizona. Four types of units can be included in the building: efficiencies, and one-, two-, and three-bedroom units. Each efficiency requires 500 square feet; each one-bedroom apartment requires 700 square feet; each two-bedroom apartment requires 800 square feet; and each three-bedroom unit requires 1,000 square feet.

 

 

Final

Reduced

Objective

Allowable

Allowable

Cell

Name

Value

Cost

Coefficient

Increase

Decrease

$C$13

Efficiencies Built

0

-100

350

100

1E+30

$C$14

1-Bedroom Built

8

0

450

100

100

$C$15

2-Bedroom Built

22

0

550

1E+30

100

$C$16

3-Bedroom Built

10

0

750

1E+30

300

 

 

 

 

 

 

 

 

 

Final

Shadow

Constraint

Allowable

Allowable

Cell

Name

Value

Price

R.H. Side

Increase

Decrease

$E$21

Max # of Efficiencies

0

0

40

1E+30

40

$E$22

Max # of 1-Bedroom

8

0

15

1E+30

7

$E$23

Max # of 2-Bedroom

22

100

22

3

7

$E$24

Max # of 3-Bedroom

10

300

10

3

7

$E$21

Min # of Efficiencies

0

-100

0

3

0

$E$22

Min # of 1-Bedroom

8

0

5

3

1E+30

$E$23

Min # of 2-Bedroom

22

0

8

14

1E+30

$E$24

Min # of 3-Bedroom

10

0

0

10

1E+30

$C$25

Max Square Footage

33200

0

40000

1E+30

6800

$C$26

Max # of Units

40

450

40

7

3

a. What is the optimal solution to this problem?

b. If the developer built one efficiency unit, what effect does this have on the total potential rental income? Justify your answer.

c. Given the solution associated with the sensitivity report above, explain why the developer does not utilize the 40,000 square feet authorized by the zoning ordinances.

d. By how much does the developer's monthly potential rental income increase if the zoning board allows the developer to build five more units in the complex?

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Mathematics: What is the optimal solution to problem
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