L.P. Model: Maximize Subject to: Z= 1X + 10Y 4X+3Y $36. 2X+4Y ≤ 40 1Y26 X,Y 20 (C₁) (C₂) (C3) 1.) Plot and label the constraints C₁, C₂ and C3 (using the line drawing tool) on the provided graph 2.) Using the point drawing tool, plot the point that maximizes the objective function. The optimum solution is: X = Y = Optimal solution value Z = (round your response to two decimal places). (round your response to two decimal places). (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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L.P. Model:
Maximize
Subject to:
Z=1X+10Y
4X+3Y $36.
2X+4Y ≤ 40
1Y26
X,Y 20
1.) Plot and label the constraints C₁, C₂ and C3 (using the line drawing tool) on the provided graph
2.) Using the point drawing tool, plot the point that maximizes the objective function.
The optimum solution is:
(C₁)
(C₂)
(C3)
X=
Y =
Optimal solution value Z =
(round your response to two decimal places).
(round your response to two decimal places).
(round your response to two decimal places).
Transcribed Image Text:L.P. Model: Maximize Subject to: Z=1X+10Y 4X+3Y $36. 2X+4Y ≤ 40 1Y26 X,Y 20 1.) Plot and label the constraints C₁, C₂ and C3 (using the line drawing tool) on the provided graph 2.) Using the point drawing tool, plot the point that maximizes the objective function. The optimum solution is: (C₁) (C₂) (C3) X= Y = Optimal solution value Z = (round your response to two decimal places). (round your response to two decimal places). (round your response to two decimal places).
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