Consider the following L.P. Model: Maximize Z = 30X, + 10X Subject to: 3X + 1X...

 

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Consider the following L.P. Model: Maximize Z = 30X, + 10X Subject to: 3X + 1X 300 1X + 1X 200 1X, 100 1X 250 X, X20 (C) (C) (C3) (C4) Constraints, C, C, C3, and C4 have been drawn on the graph to the right. a) Using the point drawing tool, locate all the corner points for the feasible area on the graph. The optimum solution is: x = (round your response to four decimal places). ZX 360- 320 280- 240- 200 160- 120- 80 40 04 10 40 80 120 160 200 240 280 320 360 X1 Consider the following L.P. Model: Maximize Z = 30X, + 10X Subject to: 3X + 1X 300 1X + 1X 200 1X, 100 1X 250 X, X20 (C) (C) (C3) (C4) Constraints, C, C, C3, and C4 have been drawn on the graph to the right. a) Using the point drawing tool, locate all the corner points for the feasible area on the graph. The optimum solution is: x = (round your response to four decimal places). ZX 360- 320 280- 240- 200 160- 120- 80 40 04 10 40 80 120 160 200 240 280 320 360 X1