Are you sure you can get this done by tomorrow night lets say 9PM?? THere is also a color coding of cells that the professor requires meaning answers are colored in a specific color etx will send that in addtional email shortly.  The problem details are listed on the first tab while the supporting calculations are on the second tab. Must be well organized, show all steps and follow the directions in full. (see below) For this problem you will submit the final product which will be an Excel spreadsheet used to create the model and either a Word document or a Power Point presentation.   The final project will be graded not only on the accuracy of the quantitative solutions, but also the analytical approach used and the presentation of the results.  Keep in mind that this course is designed for individuals interested in Business Management.  As such, the final presentation should be appropriate for a presentation in a professional setting.  It will be necessary to clearly explain the case study and present the results in a professional, yet easily understood manner. The presentation should clearly state the objective, the constraints in obtaining that objective, the factors that can be varied, the sensitivity of the model to the variable factors, and the potential weakness of the conclusions. Must include LP graphs, and show all work including how you arrived at the answer (solver tables) including ranges (see below) Must be organized and easy to follow. THE MORE DETAIL AND INFORMATION PROVIDED THE BETTER Worksheet: [excel.xlsx]Model Report Created: 7/8/2015 10:48:28 PM Result: Solver found a solution.  All Constraints and optimality conditions are satisfied. Solver Engine Engine: Simplex LP Solution Time: 0.016 Seconds. Iterations: 9 Subproblems: 0 Solver Options Max Time 100 sec,  Iterations 100, Precision 0.000001 Max Subproblems Unlimited, Max Integer Sols Unlimited, Integer Tolerance 0.05%, Solve Without Integer Constraints, Assume NonNegative Objective Cell (Min) Cell Name Original Value Final Value $B$31 TotGallons 2450 2450 Variable Cells Cell Name Original Value Final Value Integer $D$16 Flow 0 0 Contin $D$17 Flow 1 1 Contin $D$18 Flow 0 0 Contin $D$19 Flow 0 0 Contin $D$20 Flow 0 0 Contin $D$21 Flow 1 1 Contin $D$22 Flow 0 0 Contin $D$23 Flow 0 0 Contin $D$24 Flow 0 0 Contin $D$25 Flow 1 1 Contin $D$26 Flow 0 0 Contin $D$27 Flow 0 0 Contin $D$28 Flow 0 0 Contin $D$29 Flow 0 0 Contin Constraints Cell Name Cell Value Formula Status Slack $G$16 Net inflow/outflow 1 $G$16=$I$16 Binding 0 $G$17 Net inflow/outflow 0 $G$17=$I$17 Binding 0 $G$18 Net inflow.

1. Are you sure you can get this done by tomorrow night lets say
9PM??
THere is also a color coding of cells that the professor requires
meaning answers are colored in a specific color etx will send
that in addtional email shortly.
The problem details are listed on the first tab while the
supporting calculations are on the second tab.
Must be well organized, show all steps and follow the directions
in full. (see below)
For this problem you will submit the final product which will be
an
Excel spreadsheet used to create the model and either a Word
document or a Power Point presentation.
The final project will be graded not only on the accuracy of
the quantitative solutions, but also the analytical approach used
and the presentation of the results. Keep in mind that this
course is designed for individuals interested in Business
Management. As such, the final presentation should be
appropriate for a presentation in a professional setting. It will
be necessary to clearly explain the case study and present the
results in a professional, yet easily understood manner.
The presentation should clearly state the objective, the
constraints in obtaining that objective, the factors that can be
varied, the sensitivity of the model to the variable factors, and

2. the potential weakness of the conclusions.
Must include LP graphs, and show all work including how you
arrived at the answer (solver tables) including ranges (see
below)
Must be organized and easy to follow. THE MORE DETAIL
AND INFORMATION PROVIDED THE BETTER
Worksheet: [excel.xlsx]Model
Report Created: 7/8/2015 10:48:28 PM
Result: Solver found a solution. All Constraints and optimality
conditions are satisfied.

3. Solver Engine
Engine: Simplex LP
Solution

4. Time: 0.016 Seconds.
Iterations: 9 Subproblems: 0
Solver Options

5. Max Time 100 sec, Iterations 100, Precision 0.000001
Max Subproblems Unlimited, Max Integer Sols Unlimited,

6. Integer Tolerance 0.05%, Solve Without Integer Constraints,
Assume NonNegative

7. Objective Cell (Min)
Cell
Name
Original Value
Final Value

8. $B$31
TotGallons
2450
2450

10. Variable Cells
Cell
Name
Original Value
Final Value
Integer

11. $D$16
Flow
0
0
Contin
$D$17
Flow
1
1
Contin

12. $D$18
Flow
0
0
Contin
$D$19
Flow
0

13. 0
Contin
$D$20
Flow
0
0
Contin

14. $D$21
Flow
1
1
Contin
$D$22
Flow
0
0
Contin

15. $D$23
Flow
0
0
Contin
$D$24
Flow
0
0
Contin

16. $D$25
Flow
1
1
Contin
$D$26
Flow
0
0
Contin

17. $D$27
Flow
0
0
Contin
$D$28
Flow

18. 0
0
Contin
$D$29
Flow
0
0
Contin

20. Constraints
Cell
Name
Cell Value
Formula
Status
Slack

21. $G$16
Net inflow/outflow
1
$G$16=$I$16
Binding
0
$G$17
Net inflow/outflow
0
$G$17=$I$17
Binding

22. 0
$G$18
Net inflow/outflow
0
$G$18=$I$18
Binding
0
$G$19
Net inflow/outflow

23. 0
$G$19=$I$19
Binding
0
$G$20
Net inflow/outflow
0
$G$20=$I$20
Binding
0

24. $G$21
Net inflow/outflow
0
$G$21=$I$21
Binding
0
$G$22
Net inflow/outflow
0
$G$22=$I$22
Binding
0

25. $G$23
Net inflow/outflow
1
$G$23=$I$23
Binding
0