Kinematics

average and instantaneous acceleration of an object

double	`acceleration_avg` (double vf, double tf, double v0 = 0, double t0 = 0)[inline]
double	`acceleration_ins` (double (v)(double), double t, double eps = 1E-6)[inline]*
std::vector<double>	`acceleration_ins` (double (v)(double), std::vector<double> &t, double eps = 1E-6)[inline]*
double	`acceleration_ins_space` (double (x)(double), double t, double eps = 1E-5)[inline]*
std::vector<double>	`acceleration_ins_space` (double (x)(double), std::vector<double> &t, double eps = 1E-5)[inline]*

position of an object moving uniformly

double	`position_const_velocity` (double t, double v, double x0 = 0, double t0 = 0)[inline]
double	`position_const_acceleration` (double t, double a, double v0, double x0 = 0, double t0 = 0)[inline]

Introduction to linear velocity and acceleration with an emphasis on constant acceleration.

Angular velocity and acceleration, including centripetal and coriolis acceleration.

The Equation of Energy for a body travelling in a straight line or under Simple Harmonic Motion

An analysis of the effects of an impact between two bodies

An analysis of the velocity and acceleration of a particle in simple harmonic motion.

An analysis of the velocity and acceleration of a piston.