The_Cambridge_Handbook_of_Physics_Formulas

20 Mathematics 2.2 Vectors and matr

22 Mathematics Divergence Rectangul

24 Mathematics Matrix algebra a ⎛

26 Mathematics Commutators Commutat

28 Mathematics Power series Binomia

30 Mathematics Inequalities Triangl

32 Mathematics 2.5 Trigonometric an

34 Mathematics Trigonometric and hy

36 Mathematics Plane triangles Sine

38 Mathematics Conic sections y y y

40 Mathematics 2.7 Differentiation

42 Mathematics Partial derivatives

44 Mathematics 2.8 Integration Stan

46 Mathematics Definite integrals

48 Mathematics Associated Legendre

50 Mathematics Delta functions Kron

52 Mathematics 2.11 Fourier series

54 Mathematics Fourier transform pa

56 Mathematics Laplace transform pa

58 Mathematics Continuous probabili

60 Mathematics 2.14 Numerical metho

62 Mathematics Numerical solutions

64 Dynamics and mechanics 3.2 Frame

66 Dynamics and mechanics Rotating

68 Dynamics and mechanics 3.4 Parti

70 Dynamics and mechanics Rocketry

72 Dynamics and mechanics Rutherfor

74 Dynamics and mechanics 3.5 Rigid

76 Dynamics and mechanics Centres o

78 Dynamics and mechanics 3.6 Oscil

80 Dynamics and mechanics 3.8 Elast

82 Dynamics and mechanics Bending b

84 Dynamics and mechanics 3.9 Fluid

86 Dynamics and mechanics Character

88 Dynamics and mechanics Surface t

90 Quantum physics 4.2 Quantum defi

92 Quantum physics Dirac notation

94 Quantum physics Barrier tunnelli

96 Quantum physics Hydrogenlike ato

98 Quantum physics 4.5 Angular mome

100 Quantum physics Angular momentu

102 Quantum physics 4.6 Perturbatio

104 Quantum physics Nuclear collisi

106 Thermodynamics 5.2 Classical th

108 Thermodynamics Expansion proces

110 Thermodynamics 5.3 Gas laws Ide

112 Thermodynamics 5.4 Kinetic theo

114 Thermodynamics 5.5 Statistical

116 Thermodynamics Population densi

118 Thermodynamics 5.7 Radiation pr

120 Thermodynamics Radiative transf

Chapter 6 Solid state physics 6.1 I

6.2 Periodic table 125 BCC CUB DIA

6.3 Crystalline structure 127 Cubic

6.4 Lattice dynamics 129 6.4 Lattic

6.4 Lattice dynamics 131 Lattice fo

6.5 Electrons in solids 133 Fermi g

Chapter 7 Electromagnetism 7.1 Intr

7.2 Static fields 137 Capacitance a

7.3 Electromagnetic fields (general

7.3 Electromagnetic fields (general

7.4 Fields associated with media 14

7.5 Force, torque, and energy 145 7

7.6 LCR circuits 147 7.6 LCR circui

7.6 LCR circuits 149 Kirchhoff’s

7.7 Transmission lines and waveguid

7.8 Waves in and out of media 153 A

7.8 Waves in and out of media 155 P

7.9 Plasma physics 157 Electromagne

7.9 Plasma physics 159 Synchrotron

Chapter 8 Optics 8.1 Introduction A

8.2 Interference 163 Fabry-Perot et

8.3 Fraunhofer diffraction 165 Aper

8.4 Fresnel diffraction 167 Cornu s

8.5 Geometrical optics 169 Prisms (

8.6 Polarisation 171 Stokes paramet

8.8 Line radiation 173 8.8 Line rad

Chapter 9 Astrophysics 9.1 Introduc

9.3 Coordinate transformations (ast

9.4 Observational astrophysics 179

9.5 Stellar evolution 181 9.5 Stell

9.5 Stellar evolution 183 Compact o

9.6 Cosmology 185 Cosmological dist

188 Index angular diameter distance

190 Index single electron and ion [

192 Index scattering [7.240], 155 w

194 Index cylindrical polar coordin

196 Index drag on a disk ‖ to flo

198 Index energy-time uncertainty r

200 Index cosine [2.509], 54 defini

202 Index proton (value), 8 gyrosco

204 Index 169 internal energy defin

206 Index linear expansivity (of a

208 Index cone [3.160], 75 cylinder

210 Index simple [3.179], 76 torsio

212 Index LCR circuits [7.152], 148

214 Index crystal [6.32], 128 inver

216 Index Stefan-Boltzmann constant

218 Index tions, 34 Trigonometric a

220 Index and other elastic constan