Harmonic Motion (And every other variable)

Wave length(m)

λ

Work(J)

W

Harmonic Number

n

Perceived Frequency(Hertz)

f’

Displacement(m)

Δx/Δy/r/d/Δs

Linear Velocity(m/s)

v

Acceleration(m/s²)

a

Range(m)

Δx

Maximum Height(m)

Δy

Force(N)

F

Force(N)

F(f) or f

Coefficient of Friction

µ

Mass(Kg)

m

Force of gravity/Weight(N)

F(g) or w

Angular Displacement(rad)

Δθ

Angular Speed(rad/s)

ω

Angular Acceleration(rad/s²)

α

Tangential Speed(m/s)

Vt

Tangential Acceleration(m/s²)

a(t)

Centripetal Acceleration(m/s²)

a(c)

Centripetal Force(N)

F(c)

Rational Kinetic Energy(J)

K.E(Rot)

General Torque(N*m)

τ

Angular Momentum(kg*m²/s)

L

Angular Impulse(kg*m²/s)

ΔL

Period(s)

T

Frequency(Hertz or cycle/s)

f

Moment of Inertia(kg*m²)

I

Acceleration due to gravity(m/s²)

g

Height(m)

h

Kinetic energy (J)

K.E

Potential energy(J)

U

Spring constant (N/m)

k

Power(W)

P

Momentum(kg*m/s)

p

Impulse momentum therom

Elastic potential energy(J

U(elastic)

Gravitational Energy(J)

U(g)

Elastic Force(N)

F(elastic)

Velocity on a rope(m/s)

v

Length(m)

1/L

Wave speed(m/s)

v

Mass density(Kg/m³)

ρ

Buoyant force(N)

F(B)

Pressure(Pa)

P

Mass flow rate(Kg/s)

none

Flow Rate(m³/s)

none

Density(Archimedes Equation)(Kg/m³)

ρ

Specific Gravity

S.G.