This is 1 question part a and b please do it well for a thumbs up.

Consider this linear program: Minimize Z = 72x + 24y Subject to + y 5x + 5y > 0 (a) Graph the feasible region for the constraints. (50%) 6 Drawing the feasible region requires 3 mouse clicks for each constraint. Use the first two clicks to draw the line and the third click to select the region satisfying the constraint. 5 4 3 H 2 1 1 (C) 25 (C) (C3) (C) Clear All Draw: 2 3 4 5 6 click once on each corner point of the feasible region to draw it. Then click on the first point again to close and shade it. 6 3 4 I = 3 2 1 1 Clear All Draw: Polygon The optimal solution occurs at (c) State the optimal solution point and the objective function value. (30%) Enter your answers below as fractions or decimals accurate to at least 4 decimal places. Do not use rounded values to calculate the objective function value. Use exact values. y = 5 The optimal objective function value, Z = 6 (d) At optimal solution, which constraints are binding? (10%) Select all that apply. C C Consider this linear program: Minimize Z = 72x + 24y Subject to + y 5x + 5y > 0 (a) Graph the feasible region for the constraints. (50%) 6 Drawing the feasible region requires 3 mouse clicks for each constraint. Use the first two clicks to draw the line and the third click to select the region satisfying the constraint. 5 4 3 H 2 1 1 (C) 25 (C) (C3) (C) Clear All Draw: 2 3 4 5 6 click once on each corner point of the feasible region to draw it. Then click on the first point again to close and shade it. 6 3 4 I = 3 2 1 1 Clear All Draw: Polygon The optimal solution occurs at (c) State the optimal solution point and the objective function value. (30%) Enter your answers below as fractions or decimals accurate to at least 4 decimal places. Do not use rounded values to calculate the objective function value. Use exact values. y = 5 The optimal objective function value, Z = 6 (d) At optimal solution, which constraints are binding? (10%) Select all that apply. C C