TOPIC: LINEAR PROGRAMMING 1') ls the problem in standard form? Do not attempt to solve it Maximize P = 4X1 + J'2 subject to the constraints x1 + x2 2 14 4x1+x25 9 l x1 5 0, x2 5 0 I a. The problem is not in standard form. 0 b. The problem is in standard form. 0 3.) ' ' ' ' ' ' I _ _ Is the minimum problem in standard form? Minimlze C = 6X1 + \"big subject to the constraints 13x1 12 e 2 x1 + 12 z 1 I K x1 2 0, x2 2 0 a. The problem is in standard form. 0 b. The problem is not in standard form. 0 5.) . Is the problem In standard form? Do not attempt to solve it. Maximize P = 10X]. + 1'2 subject to the constraints in + x2 5 19 10x1 + x2 5 10 ' x1 2 0, x2 2 0 l a. The problem is in standard form. 0 b. The problem is not in standard form. 0 7.) Determine whether the following minimum problem is in standard form. Minimize C = 4x1 + 4x2 subject to the oonstraints 6x1 x2 2 3 x1 3x2 2 6 ' x1 2 0 x2 2 0 a. The problem is not in standard form. 0 b. The problem is in standard form. O 2.) 4.) 5-) Determine whether the following minimum problem is in standard form. Minimize C = 3x1 + 6x2 subject to the constraints x1 x2 5 2 3x1 + 2x; 23 J x1 2 0 x2 2 0 K a. The problem is in standard form. 0 b. The problem is not in standard form. 0 Is the minimum problem in standard form? Minimize C = 4x] 1- 11):? + x3 subject to the constraints x1 + x3 5 8 2x1+x2 25 F l x120,x220, X320 3. The problem is in standard form. 0 b. The problem is not in standard form. Q Is the minimum problem in standard form? Minimize C = 5x1 x2 subject to the constraints xlx2 21 6x2 2 8 (l x1 2 0, x2 2 0 a. The problem is not in standard form. 0 b. The problem is in standard form. 0