Question: a. As a linear programming (LP) model, identify the feasible solution area by determining its extreme points. b. Compute the maximum objective value Z of

a. As a linear programming (LP) model, identifya. As a linear programming (LP) model, identify

a.

As a linear programming (LP) model, identify the feasible solution area by determining its extreme points.

b.

Compute the maximum objective value Z of the LP model in Q1.

c.

Considering the previous optimization model in Q1 as an integer programming (IP) model, how many integer points are available as feasible solutions?

d.

Compute the maximum objective value Z considering the model of Q1 as the IP model

An optimization programming model is formulated and the constraints thereof are illustrated as follows: Max. = + 8y s. t. 3x + 2y s 15 6x 4y 20 ys 2 9x + 6y 20 2x - 3y 23 x 2 x,y 20

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