TABLE 17-3 Dielectric Constants (at 20°C) Dielectric Dielectric strength (V/m) constant Material K Vacuum 1.0000 Air (1 atm) 1.0006 3х 106 Paraffin 2.2 10 x 106 Polystyrene 2.6 24 x 106 Vinyl (plastic) 2–4 Раper 50 x 106 3.7 15 x 106 Quartz 4.3 8 × 106 Oil 4 12 x 106 Glass, Pyrex 5 14 x 106 Rubber, neoprene 6.7 12 x 106 Porcelain 6-8 5 × 106 Mica 7 150 x 106 Water (liquid) 80 Strontium titanate 300 8 × 106
TABLE 17-3 Dielectric Constants (at 20°C) Dielectric Dielectric strength (V/m) constant Material K Vacuum 1.0000 Air (1 atm) 1.0006 3х 106 Paraffin 2.2 10 x 106 Polystyrene 2.6 24 x 106 Vinyl (plastic) 2–4 Раper 50 x 106 3.7 15 x 106 Quartz 4.3 8 × 106 Oil 4 12 x 106 Glass, Pyrex 5 14 x 106 Rubber, neoprene 6.7 12 x 106 Porcelain 6-8 5 × 106 Mica 7 150 x 106 Water (liquid) 80 Strontium titanate 300 8 × 106
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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(II) An electric field greater than 3 x106 V/m about causes
air to break down (electrons are removed from the atoms
and then recombine, emitting light). See Section 17–2 and
Table 17–3. If you shuffle along a carpet and then reach for
a doorknob, a spark flies across a gap you estimate to be
1 mm between your finger and the doorknob. Estimate the
voltage between your finger and the doorknob. Why is no
harm done?

Transcribed Image Text:TABLE 17-3
Dielectric Constants (at 20°C)
Dielectric Dielectric
strength
(V/m)
constant
Material
K
Vacuum
1.0000
Air (1 atm)
1.0006
3х 106
Paraffin
2.2
10 x 106
Polystyrene
2.6
24 x 106
Vinyl (plastic) 2–4
Раper
50 x 106
3.7
15 x 106
Quartz
4.3
8 × 106
Oil
4
12 x 106
Glass, Pyrex
5
14 x 106
Rubber,
neoprene
6.7
12 x 106
Porcelain
6-8
5 × 106
Mica
7
150 x 106
Water (liquid) 80
Strontium
titanate
300
8 × 106
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