L.P. Model: Maximize Subject to: Z = 8X +8Y 1X+2Y≤8 (C₁) 5X+4Y≤ 20 (C2) X,Y≥0 On the graph on right, the constraints C₁ and C2 have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. The optimum solution is: X = ☐ (round your response to two decimal places). ----- 20- 18- 16- 14- 12- 10- 8- 6- 2- 0 0 2 -~ 4 -6 8 -× 10 12 L2 16 14 16 18 20 T2 + LV On the graph on right, the constraints C₁ and C₂ have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. The optimum solution is: X=0.00 (round your response to two decimal places). Y = 4.00 (round your response to two decimal places). Optimal solution value Z = 24.00 (round your response to two decimal places).
L.P. Model: Maximize Subject to: Z = 8X +8Y 1X+2Y≤8 (C₁) 5X+4Y≤ 20 (C2) X,Y≥0 On the graph on right, the constraints C₁ and C2 have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. The optimum solution is: X = ☐ (round your response to two decimal places). ----- 20- 18- 16- 14- 12- 10- 8- 6- 2- 0 0 2 -~ 4 -6 8 -× 10 12 L2 16 14 16 18 20 T2 + LV On the graph on right, the constraints C₁ and C₂ have been plotted. Using the point drawing tool, plot the four corner points for the feasible area. The optimum solution is: X=0.00 (round your response to two decimal places). Y = 4.00 (round your response to two decimal places). Optimal solution value Z = 24.00 (round your response to two decimal places).
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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Question

Transcribed Image Text:L.P. Model:
Maximize
Subject to:
Z = 8X +8Y
1X+2Y≤8
(C₁)
5X+4Y≤ 20
(C2)
X,Y≥0
On the graph on right, the constraints C₁ and C2 have been plotted.
Using the point drawing tool, plot the four corner points for the feasible area.
The optimum solution is:
X = ☐ (round your response to two decimal places).
-----
20-
18-
16-
14-
12-
10-
8-
6-
2-
0
0 2
-~
4
-6
8
-×
10
12
L2
16
14 16 18
20
T2
+
LV

Transcribed Image Text:On the graph on right, the constraints C₁ and C₂ have been
plotted.
Using the point drawing tool, plot the four corner points for the
feasible area.
The optimum solution is:
X=0.00 (round your response to two decimal places).
Y = 4.00 (round your response to two decimal places).
Optimal solution value Z = 24.00 (round your response to two
decimal places).
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