Question: Consider the following Primal LP Model The above problem is assigned ________ Dual variables _________ in the process of converting it into a Dual LP
Consider the following "Primal LP Model"
The above problem is assigned ________ "Dual" variables _________ in the process of converting it into a "Dual LP" model. *
two; X1 & X2
three; X1, X2, & X3
onsider the following "Primal LP Model"
two; Y1 & Y2
three; Y1, Y2, & Y3
None of the answers.
The "Dual" objective function is written as *
maximize w = 6y1 + 4y2
minimize w = 18y1 + 35y2
None of the answers.
maximize w = 18y1 + 35y2
minimize w = 6y1 + 4y2
The first "Dual" constraints is written as *
y1 + 7y2 6
y1 + 7y2 6
y1 + 3y2 18
y1 + 3y2 18
None of the answers.
The 2nd "Dual" constraint is written as *
None of the answers.
7y1 + 5y2 35
3y1 + 5y2 4
3y1 + 5y2 4
7y1 + 5y2 35
The variables condition of the resulting "Dual Model" is written as *
Y(i) 0
Y(i) unrestricted
Y(i) 0
None of the answers.
Y(i) = 0
After applying "The Simplex Method" on the "Dual" model, the optimal value of z is *
minimum z = 7
maximum z = 28
maximum z = 7
minimum z = 28
None of the answers.
The optimal value of X1 is *
0
7
None of the answers.
0.4
0.8
The optimal value of X2 is *
7
0.8
0
None of the answers.
0.4
For each "Primal" ____________ assign a "Dual" ___________. *
constraint RHS; Variable
None of the answers.
constraint; variable
objective function coefficient, variable
variable; coefficient of the objective function
The ________ of the _________ constraints become the _________ of the ___________ objective function *
coefficient ; Primal; Coefficient; Dual
None of the answers.
inequality sign; Primal; inequality sign; Dual
RHS; Primal; RHS; Dual
RHS; Primal; Coefficient; Dual
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