Hi, Can you please solve the question and make explanation step by step? Both Option A and B. And If you are going to use handwriting please make sure that its readable and clear. 1) Obtain expressions for the heat capacity due to longitudinal vibrations of a chain ofidentical atoms;(a) in the Debye approximation;(b) using the exact density of states (Eg. below).With the same constants Kand M, which expression gives the greater heat capacity and why?Show that at low temperatures both expressions give the same heat capacity, proportional toT.L (M\/22(K/M)2(4K/M – w²)/²N (M\1/2g(») :sec (įka):%3DnaK1/22N (4KM

Given: Debye theory of approximation To Find: (a) specific heat due to longitudinal vibration (b)…

Answered: 1) Obtain expressions for the heat…

1) Obtain expressions for the heat capacity due to longitudinal vibrations of a chain of identical atoms; (a) in the Debye approximation;

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 12CQ: Experimentally it appears that many polyatomic molecules' vibrational degrees of freedom can...

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Question

Hi, Can you please solve the question and make explanation step by step? Both Option A and B.

And If you are going to use handwriting please make sure that its readable and clear.

1) Obtain expressions for the heat capacity due to longitudinal vibrations of a chain of
identical atoms;
(a) in the Debye approximation;
(b) using the exact density of states (Eg. below).
With the same constants Kand M, which expression gives the greater heat capacity and why?
Show that at low temperatures both expressions give the same heat capacity, proportional to
T.
L (M\/2
2(K/M)2
(4K/M – w²)/²
N (M\1/2
g(») :
sec (įka):
%3D
naK
1/2
2N (4K
M

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