1. Are the materials that have a large particle size of their atoms diffusion through it faster, or are the materials that have a relatively small particle size, explain briefly?

Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter8: Gases
Section: Chapter Questions
Problem 138AE: One of the chemical controversies of the nineteenth century concerned the element beryllium (Be)....
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Q(2): Answer the following (:
1. Are the materials that have a large particle size of their atoms
diffusion through it faster, or are the materials that have a relatively
small particle size, explain briefly?
2. How can the light be absorbed by color center?
3. The diffusion coefficients for zinc in copper at (500°C) and (700°C)
are 2.4 x 1018 and 4.6 x 1018 m2/s, respectively. Determine the
approximate time at 500°C that will produce the same diffusion result
(in terms of concentration of Zn at some specific point in Cu) as a 8h
heat treatment at (600°C).
4. Explain how is the equilibrium number of vacancies will change with
temperature and activation energy?
Transcribed Image Text:Q(2): Answer the following (: 1. Are the materials that have a large particle size of their atoms diffusion through it faster, or are the materials that have a relatively small particle size, explain briefly? 2. How can the light be absorbed by color center? 3. The diffusion coefficients for zinc in copper at (500°C) and (700°C) are 2.4 x 1018 and 4.6 x 1018 m2/s, respectively. Determine the approximate time at 500°C that will produce the same diffusion result (in terms of concentration of Zn at some specific point in Cu) as a 8h heat treatment at (600°C). 4. Explain how is the equilibrium number of vacancies will change with temperature and activation energy?
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