Choose the correct answer among the choices:

1.

Which of the following inequality has a graph and solution as illustrated? 3x-4ys-9 O 3x+4ys-9 O 3x+4ys9 O 3x-4ys9Which of the following is a loop? * OAE 0 None of the above OBS Om: \fGiven the following constraints as shown in the graph below. At which point is the cost function z = 5x + 2y maximized with respect to the feasible region described? IV 2+72 10 O none of the above (10/3, 10/3) O (10, 0) (0, 10)Which of the following is NOT a path in the graph? * B E T C Figure 1 O FBCCD O FEABCD O FEBA O All of the AboveWhich of the following ordered pairs is a solution to the given inequality? -1 2x - 5y 2 16 O (-3, 1) O (0,-6) O (0,0) O (0,-3)Which of the following is NOT a circuTt in the graph? * 0 None of the Above \fWhich is NOT a correct statement about the degree of a vertex in the graph? B E F C D Figure 1 O d(F) = 4 O d(C)=3 O d(E) = 6 O d(B) = 4Which one of the following statements is NOT true about this graph? B E F C Figure 1 O It is a connected graph. O There is a circuit. O A loop exists. O There are multiple edges.Given the illustration below. what are the corner points of the feasible region? O {3_1_5},{4_n],{e_n} O {221. {3.1 .51. {6.0L (amen): {0.2) 0 {0,5}, {3,15}, {4,0}, [n_n),{n_2}, [0.3) O {0.2}, {0.0}, [4.0), (3,1.5},{2.2} Which of the following is NOT a walk from A to D? * B E F Figure 1 O AFEBCD O AEFCD O ABCD O AEFEBCDIf the objective function is to Max 2:25:65 what will be the optimal solution of the feasible region shown below? \"1.40mi