16. The downtown core of Gotham City consists of one-way streets, and the traffic flow has been measured at each intersection. For the city block shown in Figure 2.19, the numbers represent the average numbers of vehicles per minute entering and leaving intersections A, B, C, and D during business hours. (a) Set up and solve a system of linear equations to find the possible flows f₁... f₁. (b) If traffic is regulated on CD so that f = 10 vehicles per minute, what will the average flows on the other streets be? (c) What are the minimum and maximum possible flows on each street? (d) How would the solution change if all of the direc- tions were reversed? 10 A D Figure 2.19 B 5 15

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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16. The downtown core of Gotham City consists of
one-way streets, and the traffic flow has been
measured at each intersection. For the city block
shown in Figure 2.19, the numbers represent the
average numbers of vehicles per minute entering and
leaving intersections A, B, C, and D during business
hours.
(a) Set up and solve a system of linear equations to find
the possible flows f₁... f₁.
(b) If traffic is regulated on CD so that f = 10 vehicles
per minute, what will the average flows on the other
streets be?
(c) What are the minimum and maximum possible
flows on each street?
(d) How would the solution change if all of the direc-
tions were reversed?
10
A
D
Figure 2.19
B
5
15
Transcribed Image Text:16. The downtown core of Gotham City consists of one-way streets, and the traffic flow has been measured at each intersection. For the city block shown in Figure 2.19, the numbers represent the average numbers of vehicles per minute entering and leaving intersections A, B, C, and D during business hours. (a) Set up and solve a system of linear equations to find the possible flows f₁... f₁. (b) If traffic is regulated on CD so that f = 10 vehicles per minute, what will the average flows on the other streets be? (c) What are the minimum and maximum possible flows on each street? (d) How would the solution change if all of the direc- tions were reversed? 10 A D Figure 2.19 B 5 15
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