Corner points | C = 9 x + 7 y |
(0, 2.083) | 14.581 |
(2.273, 0) | 20.457 |
PART (A)
Optimal value of x = 0 (from above table).
PART (B)
Optimal value of y = 2.083 (from above table).
PART (C)
Minimum value = 14.581 (from above table).
WK Qu. 2-13 Find the optimal solution for the following... Find the optimal solution for the...
WK Qu. 2-14 Find the optimal solution for the following... Find the optimal solution for the following problem. (Round your answers to 3 decimal places.) Maximize C 18x+23y - 10;z subject to 14x + 16y 23zs 56 9x0y 7z s 112 and a. What is the optimal value of x? b. What is the optimal value of y? c. What is the optimal value of z? d. What is the maximum value of the objective function? Maximum value
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LP
PROBLEM PLEASE EXPLAIN
thanks
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Find the solution of the objective function for problems (a) -
(b) below. For each problem, confirm that the optimum satisfies the
Kuhn-Tucker conditions. At each solution, describe whether the
constraint(s) is binding.
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