The following information about solid materials is taken from the Science Data Book(Tennant, 1971):DMaterialglass fibreAluminiumBrassCopperGlassIronSteelTinword equation toLinear expansivity(K-1)23 x 10-618 x 10-617 x 10-69 x 10-611 x 10-615 x 10-623 x 10-6meanngth of the fibre if thperure rises from 0c) Explain how the value you have calculated in (b) would change for a glass fibrethat was twice the length for the same temperature rise. Explain the practicalimplications of this effect.d) Using data from the table and your own estimated values, calculate the effectof a rise in temperature for an object of your choice. Explain whether theexpansion effect is of practical use or creates a practical problem to be solved.

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implications of this effect. d) Using data from the table and your own estimated values, calculate the effect of a rise in temperature for an object of your choice. Explain whether the expansion effect is of practical use or creates a practical problem to be solved.

implications of this effect. d) Using data from the table and your own estimated values, calculate the effect of a rise in temperature for an object of your choice. Explain whether the expansion effect is of practical use or creates a practical problem to be solved.

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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Question

The following information about solid materials is taken from the Science Data Book
(Tennant, 1971):
D
Material
glass fibre
Aluminium
Brass
Copper
Glass
Iron
Steel
Tin
word equation to
Linear expansivity
(K-1)
23 x 10-6
18 x 10-6
17 x 10-6
9 x 10-6
11 x 10-6
15 x 10-6
23 x 10-6
mean
ngth of the fibre if t
hper
ure rises from 0
c) Explain how the value you have calculated in (b) would change for a glass fibre
that was twice the length for the same temperature rise. Explain the practical
implications of this effect.
d) Using data from the table and your own estimated values, calculate the effect
of a rise in temperature for an object of your choice. Explain whether the
expansion effect is of practical use or creates a practical problem to be solved.

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