Fill the table constantA=0.0531 m², V =1.5 kV, CPEK-220 NF.Qc.dVc. AE airEQc.(nC)(C² / Nm²)(N/C)Ɛair AVDPEKd (mm)(V)2.01.443.01.204.00.93JCpek X VpekTable 7-2 Calculation of dielectric constant of air with different VA=0.0531 d=2.0 mm, C=220 nF.Qc = 2PEK(nC)EEair(C²/Nm²)(N/C)VV PEK(kV)(V)0.50.521.00.981.51.44Table 7-3 Calculation of dielectric constant of plastic plate,A=0.0531 m² d=9.8 mm C=220 nF -8.85x10-12 C²/Nm²V₁ins.PEK(kV)(V)0.5Oug1.01.00Eins.PEK(nC)ε=Kε0(C²/Nm²)K1.51.47↓AverageCpek YpekTمع

Using the formula and values given in question, i am filling the first table:d(mm)VPEK (in V)QC (in…

Answered: Vc.A E air 17Qc. (C²/Nm²) (N/C) Ɛair A…

Vc.A E air 17Qc. (C²/Nm²) (N/C) Ɛair A A=0.0531 m², V =1.5 kV, CK-220 nF. Qc = 2PEK (nC) PEK V PEK d (mm) (V) 1.44 2.0 3.0 1.20 10 4.0 0.93 -

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter16: Electrical Energy And Capacitance

Section: Chapter Questions

Problem 6CQ: An air-filled parallel-plate capacitor with capacitance C0 stores charge Q on plates separated by...

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Question

Fill the table

constant
A=0.0531 m², V =1.5 kV, CPEK-220 NF.
Qc.d
Vc. A
E air
E
Qc.
(nC)
(C² / Nm²)
(N/C)
Ɛair A
VD
PEK
d (mm)
(V)
2.0
1.44
3.0
1.20
4.0
0.93
J
Cpek X Vpek
Table 7-2 Calculation of dielectric constant of air with different V
A=0.0531 d=2.0 mm, C=220 nF.
Qc = 2PEK
(nC)
E
Eair
(C²/Nm²)
(N/C)
V
V PEK
(kV)
(V)
0.5
0.52
1.0
0.98
1.5
1.44
Table 7-3 Calculation of dielectric constant of plastic plate,
A=0.0531 m² d=9.8 mm C=220 nF -8.85x10-12 C²/Nm²
V₁
ins.
PEK
(kV)
(V)
0.5
Oug
1.0
1.00
E
ins.
PEK
(nC)
ε=Kε0
(C²/Nm²)
K
1.5
1.47
↓
Average
Cpek Ypek
T
مع

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