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Q. 2 A 1000m track circuit is modeled as ten sections each 100m long. The resistance of 100m of one rail may be taken to be 0.017 ohms, and the leakage resistance across a 100m section taken to be 30 ohms. The detecting relay and the wires to it have a resistance of 10 ohms, and the wires from the supply to the rail connection have a resistance of 5 ohms for the pair. The voltage applied at 4V. the supply is 5 ohm ww i3 i4 is i6 i7 is i9 i10 i11 0.017 ohm 0.017 ohm 0.017 chm 4 volts 0.017 chm 0.017 chm relay and wires 10 ohm а) (b) Construct linear system and solve using Crout's method. Use Gauss-Seidel iterative scheme (3 steps) to solve the problem 30 ohm 30 ohm

Q. 2 A 1000m track circuit is modeled as ten sections each 100m long. The resistance of 100m of one rail may be taken to be 0.017 ohms, and the leakage resistance across a 100m section taken to be 30 ohms. The detecting relay and the wires to it have a resistance of 10 ohms, and the wires from the supply to the rail connection have a resistance of 5 ohms for the pair. The voltage applied at 4V. the supply is 5 ohm ww i3 i4 is i6 i7 is i9 i10 i11 0.017 ohm 0.017 ohm 0.017 chm 4 volts 0.017 chm 0.017 chm relay and wires 10 ohm а) (b) Construct linear system and solve using Crout's method. Use Gauss-Seidel iterative scheme (3 steps) to solve the problem 30 ohm 30 ohm

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Q. 2 A 1000m track circuit is modeled as ten sections each 100m long. The resistance of 100m of one rail may be taken to be 0.017 ohms, and the leakage resistance across a 100m section taken to be 30 ohms. The detecting relay and the wires to it have a resistance of 10 ohms, and the wires from the supply to the rail connection have a resistance of 5 ohms for the pair. The voltage applied at 4V. the supply is 5 ohm ww i1 i2 iz i4 is i6 i7 is i9 i10 111 0.017 ohm 0.017 ohm 0.017 chm 4 volts 0.017 ohm 0.017 ohm relay and wires 10 ohm a) (b) Construct linear system and solve using Crout's method. Use Gauss-Seidel iterative scheme (3 steps) to solve the problem wyo os AAA wyo os wyo E
Transcribed Image Text:Q. 2 A 1000m track circuit is modeled as ten sections each 100m long. The resistance of 100m of one rail may be taken to be 0.017 ohms, and the leakage resistance across a 100m section taken to be 30 ohms. The detecting relay and the wires to it have a resistance of 10 ohms, and the wires from the supply to the rail connection have a resistance of 5 ohms for the pair. The voltage applied at 4V. the supply is 5 ohm ww i1 i2 iz i4 is i6 i7 is i9 i10 111 0.017 ohm 0.017 ohm 0.017 chm 4 volts 0.017 ohm 0.017 ohm relay and wires 10 ohm a) (b) Construct linear system and solve using Crout's method. Use Gauss-Seidel iterative scheme (3 steps) to solve the problem wyo os AAA wyo os wyo E
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