(a) Find an initial solution. (b) Determine an optimal solution and the minimum transportation cost. (c) Which factory will have the surplus? How much is the surplus?

MARKETING 2018
19th Edition
ISBN:9780357033753
Author:Pride
Publisher:Pride
Chapter14: Marketing Channels And Supply Chain Management
Section14.1: Taza Cultivates Channel Relationships With Chocolate
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(d) Which warehouse will experience shortage? How much is the shortage?
(e) Is there an alternative optimal solution? Why?
(c) Calculate the minimum transportation cost.
(b) Determine the quantity of wheels that should be shipped from each plant
to each warehouse to minimise the total transportation cost.
CHAPTER 5 TRANSPORTATION MODEL
To
Distribution Centre
From
N
P.
Сарacity
8.
6.
10
13
150
B.
11
6.
9.
12
120
Demand
50
80
60
60
(a) Find an initial solution.
(b) Determine an optimal solution and the minimum transportation cost.
(c) Which factory will have the surplus? How much is the surplus?
(d) Is there an alternative optimal solution?
6. A manufacturer produces sport wheels at three plants located at towns A, B,
and C. The wheels are sent to three warehouses located at T, X, Y, and Z. The
plant in Town A has 400 units available each month, Town B has 300 units,
and Town C has 300 units. The requirements of warehouses at T, X, Y, and
Z are 300, 300, 240, and 200 respectively. The transportation costs (in RM)
for various routes are given in the table below. The company would like to
determine the least-cost way to meet the demand at each of the warehouses.
Warehouse
Factory
Z
Y
A
5
4.
4.
B.
3.
4.
6.
4.
9.
4.
(a) Find an initial solution.
ution problem to
Transcribed Image Text:(d) Which warehouse will experience shortage? How much is the shortage? (e) Is there an alternative optimal solution? Why? (c) Calculate the minimum transportation cost. (b) Determine the quantity of wheels that should be shipped from each plant to each warehouse to minimise the total transportation cost. CHAPTER 5 TRANSPORTATION MODEL To Distribution Centre From N P. Сарacity 8. 6. 10 13 150 B. 11 6. 9. 12 120 Demand 50 80 60 60 (a) Find an initial solution. (b) Determine an optimal solution and the minimum transportation cost. (c) Which factory will have the surplus? How much is the surplus? (d) Is there an alternative optimal solution? 6. A manufacturer produces sport wheels at three plants located at towns A, B, and C. The wheels are sent to three warehouses located at T, X, Y, and Z. The plant in Town A has 400 units available each month, Town B has 300 units, and Town C has 300 units. The requirements of warehouses at T, X, Y, and Z are 300, 300, 240, and 200 respectively. The transportation costs (in RM) for various routes are given in the table below. The company would like to determine the least-cost way to meet the demand at each of the warehouses. Warehouse Factory Z Y A 5 4. 4. B. 3. 4. 6. 4. 9. 4. (a) Find an initial solution. ution problem to
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