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(a) Using the following transportation model shown in Table Q4(a) below: Table Q4(a): Transportation Model Destination 1 2 3 Supply 1 8 Source 2 3 4 Demand 5 8 i) Find the starting solution by using the northwest-conner method. ii) Assume that the values of the multipliers associated with the starting solution are given as: u, =0, u2 =1, uz =-3, v, =1, v, =2, and v, = 5, find the associated objective value. (b) In the transportation model shown in Table Q4(b), determine the optimum solution and the associate transportation cost. Table Q4(b): Transportation Model Destination 1 2 Supply 1 $1 $2 $4 7 Source 2 $0 $4 $3 10 $3 $7 $5 9. Demand 10 10

(a) Using the following transportation model shown in Table Q4(a) below: Table Q4(a): Transportation Model Destination 1 2 3 Supply 1 8 Source 2 3 4 Demand 5 8 i) Find the starting solution by using the northwest-conner method. ii) Assume that the values of the multipliers associated with the starting solution are given as: u, =0, u2 =1, uz =-3, v, =1, v, =2, and v, = 5, find the associated objective value. (b) In the transportation model shown in Table Q4(b), determine the optimum solution and the associate transportation cost. Table Q4(b): Transportation Model Destination 1 2 Supply 1 $1 $2 $4 7 Source 2 $0 $4 $3 10 $3 $7 $5 9. Demand 10 10

Advanced Engineering Mathematics
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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Question 4 (a) Using the following transportation model shown in Table Q4(a) below: Table Q4(a): Transportation Model Destination 1 2 3 Supply 1 8 Source 6. 3 4 Demand 8 i) Find the starting solution by using the northwest-conner method. ii) Assume that the values of the multipliers associated with the starting solution are given as: u, =0, u, =1, uz =-3,v, =1, v, = 2, and v, = 5, find the associated objective value. (b) In the transportation model shown in Table Q4(b), determine the optimum solution and the associate transportation cost. Table Q4(b): Transportation Model Destination 1 2 3 Supply 主 1 $1 $2 $4 Source 2 $0 $4 $3 10 3 $3 $7 $5 9. Demand 10 6 10
Transcribed Image Text:Question 4 (a) Using the following transportation model shown in Table Q4(a) below: Table Q4(a): Transportation Model Destination 1 2 3 Supply 1 8 Source 6. 3 4 Demand 8 i) Find the starting solution by using the northwest-conner method. ii) Assume that the values of the multipliers associated with the starting solution are given as: u, =0, u, =1, uz =-3,v, =1, v, = 2, and v, = 5, find the associated objective value. (b) In the transportation model shown in Table Q4(b), determine the optimum solution and the associate transportation cost. Table Q4(b): Transportation Model Destination 1 2 3 Supply 主 1 $1 $2 $4 Source 2 $0 $4 $3 10 3 $3 $7 $5 9. Demand 10 6 10
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