Question: 13.8-9. Consider the following convex programming problem: Maximize Z=132x, xi + 4x, x3, subject to X+ 0. (a) Apply the separable programming technique discussed at

13.8-9. Consider the following convex programming problem: Maximize Z=132x, xi + 4x, x3, subject to X+ 0. (a) Apply the separable programming technique discussed at the end of Sec. 13.8, with x;, =0, 1, 2, 3 and x, =0, I, 2, 3 as the breakpoint of the piecewise linear functions, to formulate an approximate linear programming model for this problem. The final LP to be entered in the software will include: . The objective function formulated as a linear function of )1k and 12k, . The convexity constraints for A1x and 12k ensuring they sum to 1, The non-negativity constraints ensuring /1k 2 0 and 12k 2 0, . The approximated constraint for a + x?

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