Two Products Actual Selling Cases Incentive Temptation 1 Sell Profits S30 80 O S Per Mont Q28381767

#24
of these two products. the actual selling Cases of Incentive and Temptation No. 1 sell at profits of S30 and 80 os per month in S25, respectively. How many cases of each perfume should each person sell during the next month to maximize the firms profits? (Hint: Let x1 = number of cases of Incentive sold by John, x number of cases of Temptation No. 1 sold by John, number of cases of Incentive sold by Brenda, and so on.) Note: In Problems 23-28, we provide examples of linear programs that result in one or more of the following situations: Optimal solution Infeasible solution Unbounded solution Alternative optimal solutions Degenerate solution For each linear program, determine the solution situation that exists, and indicate how you identified each situation using the simplex method. For the problems with alternative optimal solutions, calculate at least two optimal solutions. Max 4x1+8x2 S.L. x1, x20 Min 3x1 + 3x2 s.t. 2x 0.5x 10 4xi + 4x2 2 32 Min lx + Ix2 s.t. 12 2tr + 1x2 lxs 2x22 403 Max 4x+ 2 2 4 26. 2x1 + 4x2 20 4x1 + 8r2 + 2t3 S 16 X1,X2, X3 0of these two products. the actual selling Cases of Incentive and Temptation No. 1 sell at profits of S30 and 80 o’s per month in S25, respectively. How many cases of each perfume should each person sell during the next month to maximize the firm’s profits? (Hint: Let x1 = number of cases of Incentive sold by John, x number of cases of Temptation No. 1 sold by John, number of cases of Incentive sold by Brenda, and so on.) Note: In Problems 23-28, we provide examples of linear programs that result in one or more of the following situations: Optimal solution Infeasible solution Unbounded solution Alternative optimal solutions Degenerate solution For each linear program, determine the solution situation that exists, and indicate how you identified each situation using the simplex method. For the problems with alternative optimal solutions, calculate at least two optimal solutions. Max 4×1+8×2 S.L. x1, x20 Min 3×1 + 3×2 s.t. 2x 0.5x 10 4xi + 4×2 2 32 Min lx + Ix2 s.t. 12 2tr + 1×2 lxs 2×22 403 Max 4x+ 2 2 4 26. 2×1 + 4×2 20 4×1 + 8r2 + 2t3 S 16 X1,X2, X3 0 Show transcribed image text

“We Offer Paper Writing Services on all Disciplines, Make an Order Now and we will be Glad to Help”

0 replies

Leave a Reply

Want to join the discussion?
Feel free to contribute!

Leave a Reply

Your email address will not be published.