(b) The flow of traffic through a network of telephone towers is shown in the following figure: 30 15 (A) B x/x X2 X4 20 (Y) (Z) 35 X5 (i) Find X₁; X₂; X3; X4; X5: (ii) Find the traffic flow when x₂ = 20 and x3 = 5: (iii) Find the traffic flow when x₂ = 15 and x3 = 0:
(b) The flow of traffic through a network of telephone towers is shown in the following figure: 30 15 (A) B x/x X2 X4 20 (Y) (Z) 35 X5 (i) Find X₁; X₂; X3; X4; X5: (ii) Find the traffic flow when x₂ = 20 and x3 = 5: (iii) Find the traffic flow when x₂ = 15 and x3 = 0:
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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