Solution of a Transportation Problem Example. Determine an initial basic feasible solution of a transportation problem using Least cost method or matrix minima method. From D E F To 300 Requirement 5 8 9 B 200 0. 4 4 7 C 100 JOD 3 5 Capacity 1000V 300 260 300 O M = 8 n=3 700 3060 2000 2006 Total Cost: (300 * 9) + (200 x 4) + (100 x3) + (100 x 3) = 4,100 (MAN)- =(3+3). S

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter5: Network Models
Section: Chapter Questions
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Solution of a Transportation Problem
Example. Determine an initial basic feasible solution of a transportation problem
using Least cost method or matrix minima method.
From
D
E
F
To
A
Requirement
300
5
8
9
200
4
4
7
C
100
JOD
ž
3
5
Capacity
1000
300
50 280
300 O
M = 8
n=3
300 0
2060
200 106
Total Cost: (300 * 9) + (200 x 4) + (100 x3) + (100 x 3) = 4,100
700
✓
(M+n15-1
=(3+3)-1
-S
Transcribed Image Text:Solution of a Transportation Problem Example. Determine an initial basic feasible solution of a transportation problem using Least cost method or matrix minima method. From D E F To A Requirement 300 5 8 9 200 4 4 7 C 100 JOD ž 3 5 Capacity 1000 300 50 280 300 O M = 8 n=3 300 0 2060 200 106 Total Cost: (300 * 9) + (200 x 4) + (100 x3) + (100 x 3) = 4,100 700 ✓ (M+n15-1 =(3+3)-1 -S
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9781337406659
Author:
WINSTON, Wayne L.
Publisher:
Cengage,