Consider the following linear programming problem. Min 4A + 5B s.t. 1A + 4Bs21 24 + 1827 3A + 1.58 s 21 -2A + 6B 2 0 A, B2 0 (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 + 48 s 21 surplus for 24 1B 2 7 slack for 3A + 1.5B s 21 surplus for -24 - 68 2 0 (c) Suppose the objective function is changed to max 8A + 38. Find the optimal solution and the value of the objective function. at (A, B) =
Consider the following linear programming problem. Min 4A + 5B s.t. 1A + 4Bs21 24 + 1827 3A + 1.58 s 21 -2A + 6B 2 0 A, B2 0 (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 + 48 s 21 surplus for 24 1B 2 7 slack for 3A + 1.5B s 21 surplus for -24 - 68 2 0 (c) Suppose the objective function is changed to max 8A + 38. Find the optimal solution and the value of the objective function. at (A, B) =
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:Consider the following linear programming problem.
Min
-4A+5B
s.t.
14+48s21
24 +1827
34+1.58%21
-24+682 0
A, B2 0
(a) Find the optimal solution using the graphical solution procedure and the value of the objective function.
at (A, 8) =
(b) Determine the amount of slack or surplus for each constraint.
slack for 14+ 48 & 21
surplus for 24 18 2 7
slack for 34 + 1,58 s 21
surplus for -24 68 2 0
() Suppose the objective funcion is chenged to mex &A + 38. Find the optimal solution and the value of the objective function
at (A, B) =
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