7.34 Prove that the magnetic scalar potential at (0, 0, z) due to a circular loop of radius ashown in Figure 7.8(a) is1[z? + a?]2. mAm 28.22ninis2 noso lnsinn ob 2insrnalit col supaun sup s25VTd2,dHiomeslled obiboqded HteA omug lstP(0,0, h)Tob olge oliminiinoesoiop lab ogusl of n oinsmnsll lo supIP(0.8.OA(a)(b)Figura 7.8. Para el ejemplo 7.3: (a) espira de corriente circular, (b) líneasde flujo debidas a la espira de corriente.

Magnetic scalar potential: It is analogous to the electric potential and is used to find the…

ninisa no g lsinn ob 20nsinslit col supaun sup VdO sibomberslled obiboqded H teA og 39 P(0,0, h) Tob olge olininiioesoop lais ogust of n oinsmnsli lo → dH, R IP, (0.8.A (a) (b) Figura 7.8. Para el ejemplo 7.3: (a) espira de corriente circular, (b) líneas de flujo debidas a la espira de corriente.

ninisa no g lsinn ob 20nsinslit col supaun sup VdO sibomberslled obiboqded H teA og 39 P(0,0, h) Tob olge olininiioesoop lais ogust of n oinsmnsli lo → dH, R IP, (0.8.A (a) (b) Figura 7.8. Para el ejemplo 7.3: (a) espira de corriente circular, (b) líneas de flujo debidas a la espira de corriente.

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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