PRC-2 · Chapter 4 · Question 18 of 60
In a linear programming graph, what specific term describes the geometric area that satisfies all the given linear inequalities simultaneously?
Test yourself: pick an answer
Reveal answer & explanation
Correct answer: C) The feasible region
Explanation
The feasible region is the overlapping shaded area on a coordinate graph where every single constraint (inequality) of the problem is met at the same time.
More Linear Programming MCQs
- Q20According to the fundamental theorems of linear programming, where does the optimal mathematical solution always occur within a defined…
- Q21Why are non-negativity constraints (x ≥ 0, y ≥ 0) standard requirements in production-based linear programming models?
- Q22Given an objective function to maximize profit P = 50x + 40y, and the feasible corner points are (0,0), (10,0), (0,15), and (5,10). What…
- Q23At what exact coordinate point do the linear boundary constraints x + y = 100 and 2x + y = 150 intersect?
- Q24What is the mathematical slope of the boundary line defined by the production constraint 3x + 4y = 120?
