Question: Consider the following linear program, which maximizes profit for two products--regular (R) and super (S): MAX 5OR + 75S sit. 1.2 R+ 1.6 S s

Consider the following linear program, which maximizes profit for two products--regular (R) and super (S): MAX 5OR + 75S sit. 1.2 R+ 1.6 S s 600 assembly (hours) 0.8 R +0.55 s 300 paint (hours) 0.16 R+04 5 5 100 inspection (hours) Sensitivity Report: Cell $B$7 SC$7 Name Regular Super Final Reduced Objective Allowable Value Cost Coefficient Increase 291.67 0.00 50 70 133.33 0.00 75 50 Allowable Decrease 20 43.75 Increase Cell Name SES3 Assembly (hr unit) SE$4 Paint (hr/unit) SESS Inspect (hr/unit) Final Shadow Constraint Allowable Value Price R.H. Side 563.33 4.00 600 1E+30 300.00 33.33 300 39.29 100.00 145.83 100 12.94 Allowable Decrease 36.67 175 40 If downtime reduced the available capacity for assembly by 25 hours, profits would be reduced by 100

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