Final-Answer:
The following is the solution to the problem:
Solver Parameters
Solve: Min
Objective: C1 = 250T + 300M
Constraints:
T \geq 20
M \geq 30
T + M \geq 60
T, M \geq 0
Solution
Variable Value
T 40
M 20
Reduced Cost
0
Constraint Status
Slack/Surplus
T >= 20 0
M >= 30 0
T + M >= 60 0
The optimal solution is to keep 40 tents and 20 motovans. The total cost is 20,000 TRY.
The following is the Excel file with the results:
| Variable | Value | Reduced Cost | Constraint Status | Slack/Surplus |
|---|---|---|---|---|
| T | 40 | 0 | T >= 20 | 0 |
| M | 20 | 0 | M >= 30 | 0 |
| T + M | 60 | 0 | T + M >= 60 | 0 |
| C1 | 20,000 | 0 | Minimize | 0 |
``
Solver Parameters
Solve: Min
Objective: $C1 = 250T + 300M$
Constraints:
$T \geq 20$
$M \geq 30$
$T + M \geq 60$
$T, M \geq 0$
Solution
Variable Value
T 40
M 20
Reduced Cost
0
Constraint Status
Slack/Surplus
T >= 20 0
M >= 30 0
T + M >= 60 0
The optimal solution is to keep 40 tents and 20 motovans. The total cost is 20,000 TRY.