Considering the equations shown in figure below as constraints. Determine the optimum solution of the graph given below. The objective function is Max Z = 3x+2y y 12 C(0,10 18 B(5,5) x+y 10 a. The area A, B, C, O represents feasible space. Determine the inequalities for the constraints b. If the objective function is Min Z = 3x+2y, Determine the optimum point and solution? c. If the objective function is Max Z = x+7y, Determine the optimum point and solution? d. If one of the constraint "x=2" Determine the optimum point and solution. 3x + 2y 25 A(25/3,0)
Considering the equations shown in figure below as constraints. Determine the optimum solution of the graph given below. The objective function is Max Z = 3x+2y y 12 C(0,10 18 B(5,5) x+y 10 a. The area A, B, C, O represents feasible space. Determine the inequalities for the constraints b. If the objective function is Min Z = 3x+2y, Determine the optimum point and solution? c. If the objective function is Max Z = x+7y, Determine the optimum point and solution? d. If one of the constraint "x=2" Determine the optimum point and solution. 3x + 2y 25 A(25/3,0)
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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Transcribed Image Text:Considering the equations shown in figure below as constraints. Determine the optimum
solution of the graph given below.
The objective function is Max Z = 3x+2y
y
12
C(0,10 18
B(5,5)
2
x+y 10
a. The area A, B, C, O represents feasible space. Determine the inequalities for the constraints
b. If the objective function is Min Z = 3x+2y, Determine the optimum point and solution?
c. If the objective function is Max Z = x+7y, Determine the optimum point and solution?
d. If one of the constraint "x=2" Determine the optimum point and solution.
3x + 2y = 25
A(25/3,0)
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