SOLUTION: Question 1
Given is a LP model.
Max
Z = 4x + 5y
s.t.
x + 3y ≤ 22
−x + y ≤ 4
y ≤
Algebra ->
Linear-equations
-> SOLUTION: Question 1
Given is a LP model.
Max
Z = 4x + 5y
s.t.
x + 3y ≤ 22
−x + y ≤ 4
y ≤
Log On
x≥ 0, y ≥ 0
1.Plot all constraint equations on the same graph. .
2.Shade the Feasible region. .
3.Label the corner points of the Feasible region. .
4.Solve for decision variables x and y. .
5.Solve for Z. .
6.Scan your solution and save it in a pdf file. Submit the file by attaching..
Answer
Attach File
Attach Local File
.
.
20 points
Question 2
Given is a LP model.
Min
Z = 150x + 210y
s.t.
3.8x + 1.2y ≥ 22.8
y ≥ 6
y ≤ 15
45x + 30y = 630
x≥0, y ≥ 0
1.Plot all constraint equations on the same graph. .
2.Shade the Feasible region. .
3.Label the corner points of the Feasible region. .
4.Solve for decision variables x and y. .
5.Solve for Z .
6.Scan your solution and save it in a pdf file. Submit the file by attaching..
Answer
These linear programming problems represent a large investment of time and effort on the part of volunteer (read unpaid) tutors. Write back and I'll give you a quote for complete solutions with graphs included. Please indicate you required schedule.
John
My calculator said it, I believe it, that settles it
