Index A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | Z A acceleration action functional adiabatic process analytic function angular acceleration angular momentum, [1] conservation of angular velocity, [1] apparent weight Archimedes' principle Avogadro's number azimuthal force B bending Bernoulli's equation Boltzmann's constant buckling buoyancy force C capillary force Carnot's theorem Cauchy-Riemann equations center of mass center of mass frame, [1] central force, [1] centrifugal force, [1] centripetal force, [1], [2] Châtelet chemical potential, [1] Clausius theorem coefficient of restitution collisions totally elastic, [1] totally inelastic complete wetting complex numbers conjugate variables, [1] conservation of angular momentum, [1] conservation of energy conservation of momentum, [1], [2] conservative force, [1], [2] continuity equation Coriolis force, [1] Coulomb Coulomb force, [1] Coulomb friction law coupled pendulums critical point cyclic coordinate cyclic process D determinant differential equations dimensional analysis dimensions Doppler Doppler effect drag, [1] E efficiency eigenvalues eigenvectors elastic deformations energy conservation of energy landscape enthalpy entropy, [1] equations of motion, [1] for rotational motion equipartition theorem Euler Euler's equation for ideal fluids Euler's equations Euler's formula Euler-Bernoulli beam equation Euler-Lagrange equation Eulerian reference frame F fictitious force first law of thermodynamics flexural rigidity fluid dynamics continuity equation Eulerian reference frame Lagrangian reference frame pathlines streamlines volume flow rate fluids force Foucault's pendulum Fourier's law free body diagram free energy enthalpy Gibbs grand canonical Helmholz friction, [1], [2] fundamental theorem of algebra G Galilean transformation Galilei, [1] Galileo Germain Germain-Lagrange plate equation Gibbs free energy Gibbs-Duhem relation Gram-Schmidt process grand canonical free energy gravity, [1], [2] general gravity gravitational potential energy local gravity H Hamilton's equations of motion Hamiltonian harmonic oscillator, [1], [2] damped driven energy landscape heat heat capacity heat engine heat equation heat of transformation heat transfer Helmholz free energy holomorphic function Hooke Hooke's law, [1], [2], [3], [4] Huygens I ideal fluid, [1] ideal gas ideal gas constant impulse, [1] inertial reference frame interference inverse matrix isobaric process isothermal process isovolumetric process K Kepler Kepler's laws kinetic energy collection of particles rotating object L Lagrange Lagrange multiplier Lagrangian Lagrangian reference frame Landau theory Laplace pressure laws of thermodynamics first law second law zeroth law Legendre transforms Lennard-Jones potential linear algebra longitudinal waves, [1] M Mach Mach number material derivative matrix determinant eigenvalues eigenvectors inverse orthogonal matrix, [1] transpose moment of inertia parallel axis theorem perpendicular axis theorem moment of inertia tensor momentum, [1] conservation of N net force, [1] Newton Newton's law of gravitation Newton's laws of motion for the center of mass in a rotating reference frame rotational form Noether Noether's theorem normal force, [1] normal modes nutation O orbit order parameter orthogonal matrix, [1] P parallel axis theorem Pascal's principle pathlines pendulum coupled pendulums perpendicular axis theorem phase (thermodynamic) phase diagram phase portrait phase transition phases phonons physical pendulum physical quantities pivot planar motion planetary orbits plastic deformations potential energy gravitational landscape Lennard-Jones oscillations spring power precession pressure principal axes principal moments of inertia principle of relativity product of inertia, [1] projectile motion Q quasi-static process R radial acceleration, [1] radiation of heat Rayleigh number reduced mass resonance reversible engine rocket equation rolling motion rotating reference frame rotational motion S second law of thermodynamics second moment of the area shear deformation slipping motion solids sound specific heat stability condition state variables statics Stefan-Boltzmann law Stokes' law, [1] strain streaklines streamlines stress superposition surface tension Syst\'eme International T tangential acceleration, [1] temperature, [1] tennis racket theorem thermal conductivity thermal expansion coefficient thermodynamic equilibrium thermodynamic limit thermodynamic potentials thermodynamic process adiabatic cyclic isobaric isothermal isovolumetric quasi-static thermodynamic variables extensive intensive torque, [1] torsional oscillator translational force transverse waves triple point Tsiolkovsky U units V velocity viscous flow W wave equation wavelength, [1], [2] wavenumber waves longitudinal, [1] mechanical nodes and antinodes shock wave sound speed standing wave transverse wave modes wetting contact angle work work-energy theorem, [1], [2] Z zeroth law of thermodynamics
