Following the same case, optimal solution is (A=14, B-18), total profit 136, and sensitivity report given below. Variable Cells Final Reduced Objective Allowable Allowable Cell Name Value Cost Coefficient Increase Decrease $B$9 units A 14 2 16 14 SC$9 units B 1E+30 5.333333333 18 Constraints Final Shadow Constraint Allowable Allowable Cell Name Value Price R.H. Side Increase Decrease SB$14 Production LHS 60 2.8 60 1E+30 25 $B$15 Raw Materials LHS 100 1E+30 50 50 SB$16 Order LHS 20 -1.6 20 50 140 What happens if Prodluction's RHS = 50 (instead of 60) AND Order's RHS = 30 (instead of 20)? %3D Optimal solution will change, new total profit 92 O Optimal solution will change, I need to re-run SOLVER to get the new total profit Optimal solution will stay the same, new total profit = 92 Optimal solution stay the same, new total profit 124 %3!

Practical Management Science
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ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
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Question 5
4) Listen
A company produces A and B. The objective is to determine the number of units of A
and B to produce to maximize total profit. The model is presented below:
Max 2A + 6B
S.T.
Production 3A + B <= 60
Raw Materials 2A + 4B >= 50
Order 4A - 2B >= 20
N-N A, B >= 0
Assume the optimal solution is (A-14, B=18) and total profit = 136. Consider the
following sensitivity report:
Transcribed Image Text:Question 5 4) Listen A company produces A and B. The objective is to determine the number of units of A and B to produce to maximize total profit. The model is presented below: Max 2A + 6B S.T. Production 3A + B <= 60 Raw Materials 2A + 4B >= 50 Order 4A - 2B >= 20 N-N A, B >= 0 Assume the optimal solution is (A-14, B=18) and total profit = 136. Consider the following sensitivity report:
Following the same case, optimal solution is (A=14, B-18), total profit = 136, and sensitivity
report given below.
Variable Cells
Final Reduced Objective Allowable Allowable
Cell
$B$9 units A
SC$9 units B
Name
Value
Cost
Coefficient Increase
Decrease
14
16
14
18
6
1E+30 5.333333333
Constraints
Final Shadow Constraint Allowable Allowable
Cell
Name
Value
Price
R.H. Side
Increase
Decrease
SB$14 Production LHS
$B$15 Raw Materials LHS
60
2.8
60
1E+30
25
100
50
50
1E+30
SB$16 Order LHS
What happens if Prodluction's RHS = 50 (instead of 60) AND Order's RHS = 30
(instead of 20)?
20
-1.6
20
50
140
%3!
Optimal solution will change, new total profit = 92
Optimal solution will change, I need to re-run SOLVER to get the new total
profit
Optimal solution will stay the same, new total profit = 92
Optimal solution stay the same, new total profit = 124
%3!
Transcribed Image Text:Following the same case, optimal solution is (A=14, B-18), total profit = 136, and sensitivity report given below. Variable Cells Final Reduced Objective Allowable Allowable Cell $B$9 units A SC$9 units B Name Value Cost Coefficient Increase Decrease 14 16 14 18 6 1E+30 5.333333333 Constraints Final Shadow Constraint Allowable Allowable Cell Name Value Price R.H. Side Increase Decrease SB$14 Production LHS $B$15 Raw Materials LHS 60 2.8 60 1E+30 25 100 50 50 1E+30 SB$16 Order LHS What happens if Prodluction's RHS = 50 (instead of 60) AND Order's RHS = 30 (instead of 20)? 20 -1.6 20 50 140 %3! Optimal solution will change, new total profit = 92 Optimal solution will change, I need to re-run SOLVER to get the new total profit Optimal solution will stay the same, new total profit = 92 Optimal solution stay the same, new total profit = 124 %3!
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