LLOSEEX2: infinite line along the z-axis with 20 nc/m.Calculate the capacitance between p=10 and p=4 for 5m length.8(OSSolution:QC =but Q=Spidl=pilVabELECTRICAL124 12:10Vab--f E.di but Ē =And dī= dpā p+ pd Ø āØ+dzāzριρι4 dp..vab = ₁ (PL)dp=PL 1010 2TEOPριρι , 10In:: vabPL Inplio1008182742περ(2πεο): C =Pri0.916 ρίOFριكلية الهم 202περ(5)=100.91608130.0++++How?Pi(0.916)Σπέρ= 0.3 nf.10.0 53

In Vab equation ln(10/4) is getting as given below

And dī= dpā p+ pd ØaØ+dzāz 4 dp ..vab=₁(P)dp Pl_)dp=-2² √10 p 10 2TEOP BAIX ρι PL Inplio In :: vab 2περ 2περ :. C = 10 4 Pri 0.916 ρί How? Pi(0.916) περ 08180 2περ(5) (2πεο) = = 0.3 nf. 0.916 28180.0 OPT0.0

And dī= dpā p+ pd ØaØ+dzāz 4 dp ..vab=₁(P)dp Pl_)dp=-2² √10 p 10 2TEOP BAIX ρι PL Inplio In :: vab 2περ 2περ :. C = 10 4 Pri 0.916 ρί How? Pi(0.916) περ 08180 2περ(5) (2πεο) = = 0.3 nf. 0.916 28180.0 OPT0.0

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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Question

LLOSE
EX2: infinite line along the z-axis with 20 nc/m.
Calculate the capacitance between p=10 and p=4 for 5m length.
8(
OS
Solution:
Q
C =
but Q=Spidl=pil
Vab
ELECTRICAL
124 12:10
Vab--f E.di but Ē =
And dī= dpā p+ pd Ø āØ+dzāz
ρι
ρι
4 dp
..vab = ₁ (PL)dp=PL 10
10 2TEOP
ρι
ρι , 10
In
:: vab
PL Inplio
10
081827
4
2περ
(2πεο)
: C =
Pri
0.916 ρί
OF
ρι
كلية الهم 20
2περ(5)
=10
0.916
08130.0
++++
How?
Pi(0.916)
Σπέρ
= 0.3 nf.
10.0 53

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