Question

Oc 3500X2+3500x2 D.2000X+3000X2 QUESTION 37 2.5 points [37-40] Suppose we formulate a LP as follows Maximize profit=250 X subscript 1 plus 10 X subscript 2 Subject to 20x +48X254000 100X+50X258000 X1560 X120 X220 How many decision variables should be for this LP formulation? OAT 8.2 Ос. 3 D. 4 QUESTION 38 2.5 points The objective is to maximize A cost 8. profit ос. Х. ODX subscript 2 2.5 points QUESTION 39 Applying the corner point method to solve this LP, we find for comer points. They are A(0,0), B(60,0). C(60,40), D(40,80), (0.100). What would be the optimal solution? O A A(0,0) B.B(60,0) OCC(60,40) D. none of the above

Answer 1

As

profit = sool, +1002 37 constraints. 2006, +40962 <4000 10036, + SOO(2 5 8000 oci5 60 oc,;,o 227,0 (2 - 2 .: No.of Decision variable - ai, B 2 9.38 objective is to muocimize & profit 8-39 C2 z=Sox, +1006 c. A 0 3000 O 60 B 3400 HO 60 2800 60 ко D loo E o so optimum solution C (60,40) CS Scanned with CamScanner