for each of the nodes, there is an equation expressing the fact that the flow in equals the flow out. Then convert it to an augmented matrix, and assuming that all flow rates are non-negative, find the solution (r1,12, r3, T4) such that xi is as large as possible. Write down the system of equations describing the traffic flow through the given network. Note that A 13 20 В TĄ 12 80 C

for each of the nodes, there is an equation expressing the fact that the flow in equals the flow out. Then convert it to an augmented matrix, and assuming that all flow rates are non-negative, find the solution (r1,12, r3, T4) such that xi is as large as possible. Write down the system of equations describing the traffic flow through the given network. Note that A 13 20 В TĄ 12 80 C

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

6. Write down the system of equations describing the traffic flow through the given network. Note that
for each of the nodes, there is an equation expressing the fact that the flow in equals the flow out.
Then convert it to an augmented matrix, and assuming that all flow rates are non-negative, find the
solution (x1, x2, æ3, x4) such that xị is as large as possible.
A
13
В
I4
12
80 C
20

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