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In the class lectures, two simple power optimization problem were discussed in the context of linear programming (LP): a) No generator up-limits; no loss;

In the class lectures, two simple power optimization problem were discussed in the context oflinear programming (LP):a) No 

In the class lectures, two simple power optimization problem were discussed in the context of linear programming (LP): a) No generator up-limits; no loss; b) With generator up-limits; no loss; Now, we consider a slightly generalized problem: c) With generator up-limits; with loss. This problem can be expressed as follows: minimize z= (a + bP); $1. P = P + P; k=1 (1) P = Boo + Box P (2) Pmin SP SPmax (k=1,2,....n) In (1) and (2), PL, Boo, and Box are constants. Q1 (10 points). Convert the above problem into the standard form (SF) of LP. You must use the definition of SF in the textbook. Q2 (10 points). Express the SF by matrices.

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