University of Phoenix Linear Programming Models Worksheet
Description
Unformatted Attachment Preview
1
2
28
29
30
31
32
B
C
D
E
Chair
100
Sleigh Bed
350
F
G
35
36
37
I
FURNITURE PROBLEM
Profit Per Unit
Dining Table
250
33
34
H
Machine-Hours Required
Diningper
Table
Unit
Dining Chair Sleigh Bed
Milling Machine
3
1
2
Lathe
4
3
0
Grinder
0
1
2
Total Used
Available Time
(machine-hours per week)
=
118 >=
70 >=
82 >=
82 >=
43 >=
58 >=
15 >=
30610
min required
48
79
65
87
64
73
82
43
52
15
School Lunch
Bread
Total Calories
VC
Protein
Calories from Fat
2 * Peanut Butter – J>=0
Liquid >= 1
Amount
Cost
>>
>>
PB/Jelly >= 2
PB >= 2*Jelly
PB – 2*Jelly >=0
PB
70
0
3
10
Jelly
Cracker
100
0
4
75
1
50
3
0
0
-2
2.859422 0.744167
$0.05
$0.04
0
$0.07
Milk
60
0
1
20
Juice
150
2
8
70
100
120
1
0
1
1
0 0.508475 0.491525
$0.08
$0.15
$0.35
Convert Ratio Constraint to Linear Constraint
Total
400 >=
60 >=
16.11426 >=
120 =
1 >=
$0.42
400
Purchase answer to see full
attachment
Have a similar assignment? "Place an order for your assignment and have exceptional work written by our team of experts, guaranteeing you A results."