Question
Which of the following statements is true about
LPP?      ÂSolution
In a Linear Programming Problem (LPP), the feasible region is the set of all possible solutions that satisfy the given constraints. The properties of the feasible region and behavior of the objective function are as follows:
- The feasible region formed by a system of linear inequalities is always a convex set . It can either be a bounded convex polygon (like a triangle, quadrilateral, etc.) or an unbounded convex region.
- The objective function in an LPP attains its maximum or minimum value only at the corner points (vertices) of the feasible region, not at any arbitrary point.
- LPP may or may not have a unique solution. There can be multiple optimal solutions, a unique solution, no solution, or even an unbounded solution depending on the problem structure.
- The feasible region is not necessarily a triangle; it depends on the number and nature of the constraints and can form various polygons.
"The feasible region is a convex polygon or unbounded region."
In expression I @ P % K $ O @ G # N % F, how is P related to F’s sister?
If A $ B means A is son of B, A # B means A is brother of B and A * B means A is father of B, then what does P # Q * R $ S mean?
In expression ‘N & O $ P $ Q % R % S & T’ how is O related to S?
If M is the brother in law of father in law of Q, then which of the following expression is true?
If A # B means ‘A is the father of B’, A $ B means ‘A is the brother of B’, A % B means ‘A is the son of B’, A & B means ‘A is the sister ...
L @ K * J * I @Â G @ H % F, How is J related to H?
Answer the following question based on the direction given below.
If 'A#B' means 'A is father of B'
'A&B' means 'A is wife of B'
...If A – B means that A is the brother of B, A + B means that A is the sister of B, A × B means that A is the father of B then which of the following ...
- A@B means A is married to B. A#B means B is mother of A. A$B means B is son of A. A!B means B is brother of A. If Q @ P # R @ S # T @ U $ V ! W and gender ...
If R ÷ S + T + U, which of the following is true?