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MGMT 3100
HOMEWORK ASSIGNMENT #1
Note 1:
Questions preceded by a single * belong to Scantron PART1 (front), those with **
belong to PART2 (back)
Note 2:
Questions in PART1 are worth 3.5 points, those in PART2 are worth 9 points.
Note 3:
FOR THIS ASSIGNMENT TURN IN YOUR SCANTRONS ONLY
PROBLEM 1:
Consider the following situation:
Decision Variables: X, Y
Maximize:
P = 5 X + 6 Y
Subject to:
1)
3 X + 2 Y <= 12
(labor hours)
2)
2 X + 3 Y <= 12
(materials)
3)
X >= 0,
Y >= 0
(nonneg)
**Question 51.
The optimal solution is:
a.
(0,
2.4)
b.
(2.4,
0)
c.
(2.4,
2.4)
d.
(5,
6)
e.
none of the above
*Question 1.
The optimal value of the Objective Function is:
a.
0
b.
2.4
c.
28
d.
26.4
e.
none of the above
PROBLEM 2:
Consider the following situation:
Decision Variables: X, Y
Minimize:
Cost = 20 X + 30 Y
Subject to:
1)
2 X + 4 Y <= 800
2)
6 X + 3 Y
>= 300
3)
X >= 0,
Y >= 0
(nonneg)
**Question 52.
The optimal solution is:
a.
(0,
0)
b.
(50,
0)
c.
(0, 100)
d.
(400, 0)
e.
none of the above
*Question 2.
The Minimum Cost consistent with the constraints is:
a.
0
b.
400
c.
1000
d.
6000
e.
none of the above
21
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Consider the following situation:
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This homework help was uploaded on 04/17/2008 for the course MGMT 3100 taught by Professor Camateros during the Winter '08 term at CSU East Bay.
 Winter '08
 Camateros

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