ul Verizon '5' 6:50 PM L (a) 4 16% Cl Done MGF2106 Project3$P18(1).pdf [f we plot the constraints on the same set of axes, the ordered-pair. (Any), that maximizes her revenue will be a vertex of the \"feasible region." The feasible region is the graph of the constraints and can be seen here. 2x+3y=300 4x+y=400 Feasible Region 1) Find the vertices of the feasible region. 2) Find the value of P for each vertex. 3) How many standard-mixture packages and how many deluxe-mixture packages should she sell to maximize her revenue? Part 2 - Linear Programming Problem B Consider the region in the xy-plane dened the following set of linear inequalities. x>0, y>0 x310 x-lyZS, x+2y518 1) Find the vertices of the feasible region. 2) What is the maximum and the minimum value of the function Q = 70x + 82y on the feasible region?