L.P. Model: Maximize Z= 4X+6Y Subject to: 1X+2Y < 8 (C1) 5X+4Y < 20(C2) X,Y > 0 On the graph on right, constraints C1 and C2 have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. Part 2 Part 3 The optimum solution is: Part 4 X = 1.33 (round your response to two decimal places). Part 5 Y = enter your response here (round your response to two decimal places)

L.P. Model: Maximize Z= 4X+6Y Subject to: 1X+2Y < 8 (C1) 5X+4Y < 20(C2) X,Y > 0 On the graph on right, constraints C1 and C2 have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. Part 2 Part 3 The optimum solution is: Part 4 X = 1.33 (round your response to two decimal places). Part 5 Y = enter your response here (round your response to two decimal places)

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

L.P. Model: Maximize Z= 4X+6Y Subject to:

1X+2Y < 8 (C1)

5X+4Y < 20(C2)

X,Y > 0

On the graph on right, constraints C1 and C2 have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. Part 2 Part 3 The optimum solution is: Part 4 X = 1.33 (round your response to two decimal places). Part 5 Y = enter your response here (round your response to two decimal places)

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