Appendix: Problem Index
613
Δv/v for O 2
4.10
v rms of H 2 at T 2 given v rms at T 1
4.11

4.12
v rms (N 2 ) = v escape
4.13
Fraction of molecules with MFP λ and 2λ
4.14
Viscosity
4.15
MFP and collision frequency
4.16
Degrees of freedom
4.17
T from
4.18
γ from degrees of freedom
4.19
K , η, C v & γ
4.20
4.2.2 Thermodynamic Relations
4.21,
4.22,
4.23
Clausius-Clapeyron equation
4.24
Latent heat of vaporization of water
4.25
Stefan-Boltzmann law
4.26
C p − C V = R
4.27,
C p − C V = R(1 + 2a/RT V )
4.28,
C p − C V = T Eα
5 V
4.29
Tds equations
4.30,
4.31,
4.32
Joule Thompson effect
4.33,
4.34,
4.35
E S /E T
4.36
Ratio of adiabatic to Isobaric pressure coefficient
4.37
Ratio of adiabatic to Isochoric pressure coefficient
4.38
Internal energy of ideal gas
4.39
Application of Clapeyron equation
4.40,
4.41,
4.42
Blackbody radiation
4.43
Dulong Petit law
4.44
4.2.3 Statistical Distributions
Rotational states of H 2
4.45
Normal modes of frequency
4.46
Sterling’s approximation
4.47
Rotational states
4.48,
49, 50
Hydrogen atoms in chromosphere with n = 1, 2, 3 and 4
4.51