Question: Variable Value Reduced Cost 50 0 X1 X2 0 -60 X3 25 Olo X4 140 Slack/Surplus Dual Value 50 Constraint #1 - Carbon Alloy Availability,

Variable Value Reduced Cost 50 0 X1 X2 0 -60 X3
Variable Value Reduced Cost 50 0 X1 X2 0 -60 X3
Variable Value Reduced Cost 50 0 X1 X2 0 -60 X3 25 Olo X4 140 Slack/Surplus Dual Value 50 Constraint #1 - Carbon Alloy Availability, lbs #2 - Manufacturing Time, hrs #3 - Combined Production Total #4 - Min # of Aerodyne Max 5 0 0 0 15 0 -75 Allowable Decrease Variable Allowable Increase 75 60 SO 8.33 Obj Coefficient 400 300 370 300 X2 1E30 1E30 10 34.09 X4 Constraint 81. Carbon Alloy Avail, Ibs #2 - Manufacturing Time, hrs 13. Combined Production 14 - Min # of Aerodyne Max RHS Value 1250 2500 200 50 Allowable Increase 25 150 15 21.4 Allowable Decrease 37.5 SO 1E30 50 (a) What is the Range of Optimality for the objective coefficient for the Men's Road Ranger? (b) The expected profit for the Men's Road Ranger has increased by $80/bike because of supplier cost decreases. Should you produce any Road Rangers? Yes or No (c) What is the Range of Feasibility for the Available Carbon Alloy Limitation? (d) The available Manufacturing Time has decreased to 1230 hours because of machine repairs. What is your new profit? $

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