Find the value of objective function of the initial solution of transporting problem using Least-cost method ("Minimal index method"). Transporting problem is expressed by the following set of constraints: *11+12+13 <= 100 X21+X22+x23 <= 50 X31+X+X3 <= 50 X11+X21+X31 = 25 *₁2+X22+X₂2 = 75 *13+X23*X33 = 100 >=0 3x₁1 +8x12+x₁3+2x21+4x22+5x23+9x31+6x2+7x33 -> MIN The value of objective function is 45
Find the value of objective function of the initial solution of transporting problem using Least-cost method ("Minimal index method"). Transporting problem is expressed by the following set of constraints: *11+12+13 <= 100 X21+X22+x23 <= 50 X31+X+X3 <= 50 X11+X21+X31 = 25 *₁2+X22+X₂2 = 75 *13+X23*X33 = 100 >=0 3x₁1 +8x12+x₁3+2x21+4x22+5x23+9x31+6x2+7x33 -> MIN The value of objective function is 45
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:Find the value of objective function of the initial solution of transporting problem using Least-cost method ("Minimal index
method"). Transporting problem is expressed by the following set of constraints:
X11+X12+X13 <= 100
X21+x22+x23 <= 50
X31+X32+x33 <= 50
X11+X21+X31 = 25
*12+x22+X32 = 75
*13+X23+X33= 100
xj >=0
3x11+8x12+X13+2x21+4x22+5x23+9x31+6x32+7x33 -> MIN
The value of objective function is 45
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