physics equations

velocity (v)

acceleration (a)

force (F)

mass x acceleration

newton (N)

work (W)

force x distance

kinetic energy (KE)

potential energy (PE)

mgh (mass x gravity x height)

joules (J)

joules (J)

joules (J)

power (P)

watt (W)

density

mass / volume

pressure (P)

force / area

pressure (P)

pascal (Pa)

pascal (Pa)

electric field strength

E = electric field

F = force

q = charge in coulombs

units: N/C (newtons per coulomb)

potential / voltage (volts)

potential energy = charge x voltage

volts

current (ampere)

current = charge / time

amps

C/s - coulomb per second

resistance (ohms)

V = voltage

I = current

R = resistance

capacitance

Q = charge

V = voltage

magnetic field strength

F = force (N)

q = charge (C)

v = velocity (m/s)

B = magnetic field strength in Tesla (T)

θ: angle between the velocity vector and the magnetic field vector

magnetic field strength

F = force (N)

I = current (amperes)

L = length of wire (m)

B = magnetic field strength (Teslas, T)

theta = angle between the direction of the current (I) and the magnetic field vector (B)