A linear programming problem has the following two constraints:
(Part SA) If the profit for product X was reduced to $4 (i.e…
(Part SA) If the profit for product X was reduced to $4 (i.e., $5 becomes $4) while at the same time the profit for product Y was increased to $7 ($4 becomes $7), what would be the new profit (i.e., the value of the objective function)?
[Part1] The constraints of an LP model define the __________…
The constraints of an LP model define the _______________.
[Part2] The value of the left-hand side in constraint (1) is…
The value of the left-hand side in constraint (1) is ___________________ with the optimal solution.
2. Constraints (in terms of T and C) T>=0 C>=0
2. Constraints (in terms of T and C) T>=0 C>=0
[Part1] Acquiring input data is part of:
Acquiring input data is part of:
[Part3] The constraint for peanuts
The constraint for peanuts
[Part2] The below Excel spreadsheet is used to model the fol…
The below Excel spreadsheet is used to model the following linear programming problem: Table 1 for Part 2 A B C D E F 2 X1 X2 Objective function value 3 Number of Make 4 5 Unit Profit $5 $4 6 7 Constraints Used Sign Available 8 (1) 9 (2) 1 1
[Part1] Which of the following variables is considered non-r…
Which of the following variables is considered non-random or deterministic?
[Part1] This linear programming model has __________________…
This linear programming model has __________________________.