#23 part d 1:22Done elementary_linear_algebra_8th_edi... Oethe leing eperieCon leing vee1.3 Exercises3322. Network Analysis The figure shows the flow of traffic(in vehicles per hour) through a network of streets.25. Network Analysis Determine the currents /. I, and1, for the electrical network shown in the figure.3 V300150R-42200R2= 30350-(a) Solve this system for x, i = 1, 2,....5.(b) Find the traffic flow when x, = 200 and x, = 50.(c) Find the traffic flow when x = 150 and x = 0.Ry = 104 V23. Network Analysis The figure shows the flow of traffic(in vehicles per hour) through a network of streets.26. Network Analysis Determine the currents I,, I,, I,I. I, and I, for the electrical network shown in thefigure.20014 VR- 32100100-R 20E 25 VX4R3= 40200R=20(a) Solve this system for x, i = 1, 2, 3, 4.(b) Find the traffic flow whenx, = 0.Rs = 12(c) Find the traffic flow when x, = 100.(d) Find the traffic flow when x, = 2x.24. Network Analysis Water is flowing through aR- 128 V27. Network Analysisnetwork of pipes (in thousands of cubic meters perhour), as shown in the figure.(a) Determine the currents I,. I, and I, for theelectrical network shown in the figure.600(b) How is the result affected when A is changed to2 volts and B is changed to 6 volts?500A: 5 VX4R= 10600500(a) Solve this system for the water flow represented byX, i= 1, 2,....7.(b) Find the water flow when x, - x, = 100.(e) Find the water flow when x, = x, = 0.Rz= 20(d) Find the water flow when x, = 1000 and x, = 0.Ry = 40B: 8 VCapnige Cng Leing ARgekered Maye pnd ddad epen bde d pany c e ede upEd e dd y d es y e ingpe Conp Lengves e e a gChapter 1 Systems of Linear EquationsCalculus In Exercises 35 and 36, find the values of x, y.and A that satisfy the system of equations. Such systemsarise in certain problems of calculus, and A is called theCAPSTONEExplain how to use systems of linear equations for

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Description: #23 part d 1:22Done elementary_linear_algebra_8th_edi... Oethe leing eperieCon leing vee1.3 Exercises3322. Network Analysis The figure shows the flow of traffic(in vehicles per hour) through a network of streets.25. Network Analysis Determine the cur

Given network is At point A Inflow of traffic is 200+x2 Outflow is x1. So equation is…

Math

Advanced Math

23. Network Analysis The figure shows the flow of traffic (in vehicles per hour) through a network of streets. 200 100 100 200 (a) Solve this system for x, i = 1,2, 3, 4. (b) Find the traffic flow when x, = 0. (c) Find the traffic flow when x, = 100. (d) Find the traffic flow when x, = 2x.

23. Network Analysis The figure shows the flow of traffic (in vehicles per hour) through a network of streets. 200 100 100 200 (a) Solve this system for x, i = 1,2, 3, 4. (b) Find the traffic flow when x, = 0. (c) Find the traffic flow when x, = 100. (d) Find the traffic flow when x, = 2x.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter3: Functions And Graphs

Section3.4: Definition Of Function

Problem 84E

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Question

#23 part d

1:22
Done elementary_linear_algebra_8th_edi... O
ethe leing eperieCon leing vee
1.3 Exercises
33
22. Network Analysis The figure shows the flow of traffic
(in vehicles per hour) through a network of streets.
25. Network Analysis Determine the currents /. I, and
1, for the electrical network shown in the figure.
3 V
300
150
R-42
200
R2= 30
350
-
(a) Solve this system for x, i = 1, 2,....5.
(b) Find the traffic flow when x, = 200 and x, = 50.
(c) Find the traffic flow when x = 150 and x = 0.
Ry = 10
4 V
23. Network Analysis The figure shows the flow of traffic
(in vehicles per hour) through a network of streets.
26. Network Analysis Determine the currents I,, I,, I,
I. I, and I, for the electrical network shown in the
figure.
200
14 V
R- 32
100
100
-
R 20
E 25 V
X4
R3= 40
200
R=20
(a) Solve this system for x, i = 1, 2, 3, 4.
(b) Find the traffic flow whenx, = 0.
Rs = 12
(c) Find the traffic flow when x, = 100.
(d) Find the traffic flow when x, = 2x.
24. Network Analysis Water is flowing through a
R- 12
8 V
27. Network Analysis
network of pipes (in thousands of cubic meters per
hour), as shown in the figure.
(a) Determine the currents I,. I, and I, for the
electrical network shown in the figure.
600
(b) How is the result affected when A is changed to
2 volts and B is changed to 6 volts?
500
A: 5 V
X4
R= 10
600
500
(a) Solve this system for the water flow represented by
X, i= 1, 2,....7.
(b) Find the water flow when x, - x, = 100.
(e) Find the water flow when x, = x, = 0.
Rz= 20
(d) Find the water flow when x, = 1000 and x, = 0.
Ry = 40
B: 8 V
Capnige Cng Leing ARgekered Maye pnd ddad epen bde d pany c e ede up
Ed e dd y d es y e ingpe Conp Lengves e e a g
Chapter 1 Systems of Linear Equations
Calculus In Exercises 35 and 36, find the values of x, y.
and A that satisfy the system of equations. Such systems
arise in certain problems of calculus, and A is called the
CAPSTONE
Explain how to use systems of linear equations for

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