A

David

Darling

CLASSICAL MECHANICS

acceleration
acceleration due to gravity
action
action at a distance
angular acceleration
angular momentum
angular velocity
Archimedes' principle

ballistics
buoyancy

celestial mechanics
center of gravity
center of mass
centrifugal force
centripetal force
circular motion
classical theory
conservation law
conservation of mass and energy
conservation of momentum
Coriolis effect
couple

D'Alembert's principle
damping
degrees of freedom
deterministic system
dimensional analysis
displacement
dynamical method
dynamics

efficiency of a machine
elastic collision
energy
engine
equatorial bulge
equilibrium
equipotential surface
escape velocity

flotation
fluid mechanics
force
Foucault pendulum
friction
fulcrum

gravity

hole-through-the-Earth problem
hydraulics
hydrodynamics
hydrostatics

implosion
impulse
inclined plane
inelastic collision
inertia
inertial force
inertial reference frame
inverse-square law

Kepler's laws of planetary motion
kinematics
kinetic energy

lever

machine
many-body problem
mass
matter
mechanical advantage
mechanics
moment
moment of inertia
momentum

Newtonian mechanics
Newton's law of gravity
Newton's laws of motion
Newton's orbital cannon

parallelogram of forces
parallelogram of velocities
Pascal's law
pendulum
period
perpetual motion
phase space
plug-hole vortex
potential difference
potential energy
power
precession
pressure
pulley

radius of gyration
radial velocity
rotation
rotation period

screw
simple harmonic motion
simple machine
siphon
speed
spring
stable equilibrium
statics
Stokes' law
strain
stress

torque
torsion
translatory motion
transverse velocity
two-body problem

velocity
velocity ratio
vibration

wedge
weight
wheel
work