Question: Consider the following linear programming problem. Mins.t.2A+6B02A+3B1A+4B212A+1B73A+1.5B21A,B0 (a) Find the optimal solution using the graphical solution procedure and the value of the objective function. []at(A,B)=()

Consider the following linear programming problem. Mins.t.2A+6B02A+3B1A+4B212A+1B73A+1.5B21A,B0 (a) Find the optimal solution using the graphical solution procedure and the value of the objective function. []at(A,B)=() (b) Determine the amount of slack or surplus for each constraint. slack for 1A+4B21 surplus for 2A+1B7 slack for 3A+1.5B21 surplus for 2A+6B0 (c) Suppose the objective function is changed to max8A+3B. Find the optimal solution and the value of the objective function. at(A,B)=( Consider the following linear programming problem. Mins.t.2A+6B02A+3B1A+4B212A+1B73A+1.5B21A,B0 (a) Find the optimal solution using the graphical solution procedure and the value of the objective function. []at(A,B)=() (b) Determine the amount of slack or surplus for each constraint. slack for 1A+4B21 surplus for 2A+1B7 slack for 3A+1.5B21 surplus for 2A+6B0 (c) Suppose the objective function is changed to max8A+3B. Find the optimal solution and the value of the objective function. at(A,B)=(
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