A linear programming formulation is below. Maximize 120T + 80C Subject to: 3T + 2C ≤ 200 2T + 2C ≤ 180 T + C ≤ 40 -2T + C ≥ 0 -6T + C ≤ 0 C, T ≥ 0 Which of the below options is a correct statement regarding the ratio of T to C? The ratio constraints conflict with each other (i.e., infeasible situation). The number of T cannot exceed six times the number of C. The number of C cannot exceed six times the number of T. The number of T produced should be at least twice the number of C. There should be a 1:1 ratio of T and C.
A linear programming formulation is below. Maximize 120T + 80C Subject to: 3T + 2C ≤ 200 2T + 2C ≤ 180 T + C ≤ 40 -2T + C ≥ 0 -6T + C ≤ 0 C, T ≥ 0 Which of the below options is a correct statement regarding the ratio of T to C? The ratio constraints conflict with each other (i.e., infeasible situation). The number of T cannot exceed six times the number of C. The number of C cannot exceed six times the number of T. The number of T produced should be at least twice the number of C. There should be a 1:1 ratio of T and C.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
A linear programming formulation is below.
Maximize 120T + 80C
Subject to:
3T + 2C ≤ 200
2T + 2C ≤ 180
T + C ≤ 40
-2T + C ≥ 0
-6T + C ≤ 0
C, T ≥ 0
Which of the below options is a correct statement regarding the ratio of T to C?
|
The ratio constraints conflict with each other (i.e., infeasible situation). |
||
|
The number of T cannot exceed six times the number of C. |
||
|
The number of C cannot exceed six times the number of T. |
||
|
The number of T produced should be at least twice the number of C. |
||
|
There should be a 1:1 ratio of T and C. |
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