\part{Newtonian mechanics}


\chapter{}

Physics operates under the philosophy of the scientific method; phenomena are observed, and their related hypothesis' are emprilically verified by statistics before being accepted as a


Position
Displacement

Mass

Time

Frame

Distance

Velocity
Momentum

Acceleration
Force

Tension

\chapter{Friction}
Friction
Static friction
Kinetic friction
\section{Drag}
Drag force
Stoke's law
\section{Elasticity}
Hooke's law
Young's modulus


\chapter{Rotation}

angular displacement
angular velocity

Centripetal force
Centrifugal force

Uniform circular motion

\chapter{Work}

Work
Energy
Potential energy

Impulse

Torque

Gallilean transform

\chapter{Harmonic oscillators}

\section{Simple harmonic oscillator}
\subsection{Hooke's law}
\[\mathbf{F}=-k\mathbf{x}\]

\section{Damped harmonic oscillator}
\section{Drivenharmonic oscillator}

\chapter{Harmonic oscillators}


\chapter{Friction}

\chapter{}
Archimedes' principle
Pascal's law
Bernoulli's principle