Question: Question 5 2 pts Let A, B, and C be the amounts invested in companies A, B, and C. If no more than 60% of

Question 5 2 pts Let A, B, and C be the amountsQuestion 5 2 pts Let A, B, and C be the amountsQuestion 5 2 pts Let A, B, and C be the amountsQuestion 5 2 pts Let A, B, and C be the amounts

Question 5 2 pts Let A, B, and C be the amounts invested in companies A, B, and C. If no more than 60% of the total investment can be in company B, how can you express that as a constraint? 0.4A + 0.6B - 0.4C 30 A-0.6B + CSO BS 0.6 A-0.6B -0.4C so - 0.6A + 0.4B - 0.6C s 0 Question 6 3 pts Max 14X +7Y S.T. Constraint 1. 9X + 3Y 2 36 Constraint 2. Xs8 Constraint 3. Ys 5 Constraint 4. Y22 X,Y 20 What is the area of the feasible region for the above model? 21.5 15.5 12.5 None of the above 18.5 Question 7 3 pts Max X +3Y S.T. Constraint 1. 9X + 3Y 2 36 Constraint 2. Xs8 Constraint 3. Y s6 Constraint 4. Y22 X,Y 20 What is the optimal solution for the given model? 26 0 22 20 24 O None of the above Question 8 3 pts The following linear programming problem has Min Z = 6X1 +18X2 Subject to: 2x2 + 4x2 >= 16 5x1 + 15x2 >= 20 6x1 + 14x2 >= 42 X1 = 0 Please choose the option that would best fit the empty space above: multiple optimal solutions no best solution, since it is unbounded None of the above only one optimal solution no solution, since it is infeasible

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