5 study notes

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Chapter 5
study notes

5.1 Using potential energy
5.2 Sterling approximation
5.3 Taylor series, convergence
5.4 Derivatives of inverse trig functions
5.5 Slit interference formulas
5.6 Identities
5.7 Integrals
5.8 Lorentz transformation
5.9 Rotation matrices and coordinates transformations
5.10 Matrices and linear algebra
5.11 Gram-Schmidt
5.12 Modal analysis
5.13 Complex Fourier series and Fourier transform
5.14 RLC circuit
5.15 Time evaluation of spin state
5.16 Pauli matrices, Spin matrices
5.17 Quantum mechanics cheat sheet
5.18 Questions and answers
5.19 Position, velocity and acc in diﬀerent coordinates system
5.20 Gradient, Curl, divergence, Gauss ﬂux law, Stokes
5.21 Gas pressure
5.22 Table of study guide
5.23 Questions
5.24 Appendix

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