Electrical Engineering Using finite difference method, determine potential and magnitude of electric field at freenodes in the potential system of figure (right-angled triangle), for the following conditions:a) h=2°m, using conventional gauss-seidelmethod.10 kVb) h=2°m, using improved gauss-seidelmethod.5 kVc) h=1cm, using conventional gauss-seidel16 cmmethod.d) h=1cm,using improved gauss-seidelmethod.16 cmNotes:In all conditions, assume that the initial guess for the potential of all free nodes isV; =0.5 kV.• Convergence tolerance for all conditions is ɛ = 104• Number of iterations should be specify for each part.

Using finite difference method, determine potential and magnitude of electric field at free nodes in the potential system of figure (right-angled triangle), for the following conditions: a) h=2°m, using conventional gauss-seidel method. 10 kV b) h=2¢m, using improved gauss-seidel method. 5 kV c) h=1em, using conventional gauss-seidel F16 cm method. d) h=1m, using improved gauss-seidel method. 16 cm Notes: • In all conditions, assume that the initial guess for the potential of all free nodes is V; =0.5 kV. • Convergence tolerance for all conditions is ɛ = 104 Number of iterations should be specify for each part.

Using finite difference method, determine potential and magnitude of electric field at free nodes in the potential system of figure (right-angled triangle), for the following conditions: a) h=2°m, using conventional gauss-seidel method. 10 kV b) h=2¢m, using improved gauss-seidel method. 5 kV c) h=1em, using conventional gauss-seidel F16 cm method. d) h=1m, using improved gauss-seidel method. 16 cm Notes: • In all conditions, assume that the initial guess for the potential of all free nodes is V; =0.5 kV. • Convergence tolerance for all conditions is ɛ = 104 Number of iterations should be specify for each part.

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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