Maximize 12A + 15B s.t. • 3A + 7B <= 250 • 5A + 2B <= 20O • B<= 25 • A, B >= 0 and the optimal value of B is_22.41 The optimal value of A is_31.03 The maximized function yields a solution of_708.62_

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Maximize 12A + 15B
s.t.
• 3A + 7B <= 250
• 5A + 2B <= 200
• B<= 25
• A, B >= 0
The optimal value of A is_31.03
The maximized function yields a solution of _708.62_
and the optimal value of B is_22.41
# 2. obtain the Sensitivity Report and answer the following questions. Remember to round to two digits and you
can enter "infinity' for unlimited regions:
1. The range for Variable A is from
to
2. The range for Variable b is from
to
Transcribed Image Text:Maximize 12A + 15B s.t. • 3A + 7B <= 250 • 5A + 2B <= 200 • B<= 25 • A, B >= 0 The optimal value of A is_31.03 The maximized function yields a solution of _708.62_ and the optimal value of B is_22.41 # 2. obtain the Sensitivity Report and answer the following questions. Remember to round to two digits and you can enter "infinity' for unlimited regions: 1. The range for Variable A is from to 2. The range for Variable b is from to
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Given linear programming problem is

Maximize z=12A+15B

Subject to

3A+7B2505A+2B200B25

And A,B0.

First, draw the the figure of the given equation and identify the feasible reason, which is given below.

Advanced Math homework question answer, step 1, image 1

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