In this lesson we will briefly come to an conclusion on Linear Programming problems and its Mathematical
There are mainly four steps in the mathematical formulation of linear programming problem as a mathematical model. We will discuss formulation of those problems which involve only two variable
Let x be the number of tables and y be the number of chairs that the dealer buys.
Obviously, x and y must be non-negative, i.e.,
The dealer is constrained by the maximum amount he can invest (Here it is
Rs 50,000) and by the maximum number of items he can store (Here it is 60).
Stated mathematically,
2500x + 500y ≤ 50000 (investment constraint)
or 5x + y ≤ 100 ... (3)
and x + y ≤ 60 (storage constraint) ... (4)
There are mainly four steps in the mathematical formulation of linear programming problem as a mathematical model. We will discuss formulation of those problems which involve only two variable
Let x be the number of tables and y be the number of chairs that the dealer buys.
Obviously, x and y must be non-negative, i.e.,
The dealer is constrained by the maximum amount he can invest (Here it isRs 50,000) and by the maximum number of items he can store (Here it is 60).
Stated mathematically,
2500x + 500y ≤ 50000 (investment constraint)
or 5x + y ≤ 100 ... (3)
and x + y ≤ 60 (storage constraint) ... (4)
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