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# 1. Identify the feasible region for the following set of constraints: 3x 2y 0 2x y 200 x 150 x,y 0 2. Given the linear program Max 3x ? 4y s.t. x 2y 8 x 2y 12 2x y 16 x,y 0 Summer 2014 a. Write the problem in standard form. Identify slack/surplus variables. b. Solve the problem using the graphical solution procedure. c. What are the values of the three slack/surplus variables at the optimal solution? 3. Consider the following LP problem: Maximize Profit 5x ? 6y Subjectto 2x y 120 2x 3y 240 x,y 0 a. Solve this problem using Excel Solver. Provide answer report and sensitivity report. b. What is the optimal solution to this problem? c. If a technical breakthrough occurred that raised the profit per unit of x to \$8, would this affect the optimal solution? d. If the profit per unit of x was overestimated and only should have been \$4.5 but the profit per unit of y was underestimated and should have been \$6.5, would this affect the optimal solution? e. If the right-hand side of constraint 1 were increased by 1 unit, how would the profit change? f. If the right-hand side of constraint 2 were increased by 1 unit, how would the profit change? g. If you were to choose to increase the right-hand side by 1 unit for one constraint, which constraint would you choose?

1. Identify the feasible region for the following set of constraints:
3x 2y 0 2x y 200 x 150
x,y 0
2. Given the linear program
Max 3x ? 4y
s.t. x 2y 8
x 2y 12 2x y 16 x,y 0

Summer 2014
a. Write the problem in standard form. Identify slack/surplus variables.
b. Solve the problem using the graphical solution procedure.
c. What are the values of the three slack/surplus variables at the optimal solution?
3. Consider the following LP problem:
Maximize Profit 5x ? 6y Subjectto 2x y 120
2x 3y 240 x,y 0
a. Solve this problem using Excel Solver. Provide answer report and sensitivity report.
b. What is the optimal solution to this problem?
c. If a technical breakthrough occurred that raised the profit per unit of x to \$8, would this affect the optimal solution?
d. If the profit per unit of x was overestimated and only should have been \$4.5 but the profit per unit of y was underestimated and should have been \$6.5, would this affect the optimal solution?
e. If the right-hand side of constraint 1 were increased by 1 unit, how would the profit change?
f. If the right-hand side of constraint 2 were increased by 1 unit, how would the profit change?
g. If you were to choose to increase the right-hand side by 1 unit for one constraint, which constraint would you choose?

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