Quantitative Analysis Tools in Decision Making
Autor: Miller Sierra • January 28, 2017 • Coursework • 612 Words (3 Pages) • 1,052 Views
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Quantitative Analysis Tools in Decision Making
- Solve the linear-programming problem
A | 12 | C1 | 50 | |
B | 12 | C2 | 60 | |
C | 27 | C3 | 30 | |
D | 18 | C4 | 40 | |
E | 28 | |||
F | 13 | |||
MIN | 410 |
Questions to be answered regarding the BOXCAR problem:
- formulate as linear programming problem:
Objective Function
Min (z) = 40AD + 30AF + 50AG + 60AH + 90AI + 1000000BD + 50BF + 70BG + 9BH +
100BI + 30C + 10CF + 20CG + 40CH + 60CI + 30ED + 50EF + 60EG + 70EH + 100000EI
Constraints
AD + AF + AG + AH + AI ≤ 50
BD + BF + BG + BH + BI ≤ 75
- solve if exactly 10 boxcars were supplied from bosco to farrago
Add a new constraint: BF = 10
- What is the plan than minimizes the total cost of supplying boxcars where they are needed?
CITY | Dante | Farrago | Grimm | Helico | Inhall |
Atlas | 0 | 30 | 0 | 16 | 0 |
Bosco | 0 | 0 | 0 | 0 | 35 |
Cameron | 0 | 0 | 30 | 0 | 0 |
Elder | 20 | 0 | 10 | 9 | 0 |
The cost with this plan will result in $7750.
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