Kinematics equations pt. 1

Kinematics equations pt. 2

General force equations

Gravitational force

Friction equations

Pressure

Center of mass

Forces on an inclined plane

Torque

CCW rotation concerning torque is...

CW rotation concerning torque is...

Centripetal force

Centripetal acceleration

Coulomb's Law

Electric potential energy between 2 charges

Magnitude of electric field

Force of electric field on a charge

Electric potential created by a charge

Force on a charge by a magnetic field

Strength of electric field between parallel plate capacitor

Change in electric potential energy

Work done by electric field

Index of refraction

Snells Law

Critical angle for total internal reflection

Mirror and lens equation

The focal length of a concave mirror is written as a...

The focal length of a convex mirror is written as a...

The focal length of a converging (convex) lens is written as a ...

The focal length of a diverging (concave) lens is written as a...

Concave/Convex mirrors vs lens

Magnification equation

Lens power

Energy of a photon emitted or absorbed under the Bohr model

Photon energy

Energy level of a hydrogen atom

Kinetic energy of a photoelectron

Heisenberg uncertainty relation

Specific gravity

Force of gravity

Hydrostatic gauge pressure

Archimedes Principle

Floating object in equilibrium at surface

Poiseuille's Law Volume Flow Rate

Bernoulli's Equation

Torricelli's Result

Continuity Equation

Flow rate

Pascal's Law

Viscous force

Ohm's Law

Resistance

Power (dissipated by a resistor or supplied by a battery)

Equivalent Resistance (in series and parallel)

Capacitance

Total capacitance

Energy stored in a capacitor

AC voltage

AC current

AC average power supplied

AC average power dissipated

Work

Power

Momentum

Impulse

Elastic collision

Mechanical advantage

Conservation of total mechanical energy

Total mechanical energy

Kinetic energy

Gravitational potential energy

Conduction

First Law of Thermodynamics

Linear thermal expansion

Thermodynamic work

Efficiency

Frequency

Period

Wave speed

Elastic potential energy

Doppler effect

Simple harmonic motion of spring (frequency + period)

Simple harmonic motion of pendulum (frequency + period)

Force exerted by spring

Work (spring)

Intensity level

Beat frequency

Standing wave (closed pipe)

Standing wave (fixed ends and open pipe)

Angular velocity

Moment of inertia

Rotational kinetic energy

Arc length

Speed

Magnitude of acceleration

Velocity of center of mass rolling without slipping

Angular momentum

Hooke's Law

Stress

Tensile and compression

Shear strain

The units for a Watt (W) are...

The units for the Newton (N) are...

The units for the Ampere (A) are...

The units for the Ohm are...

The units for the Tesla (T) are...

The units for the Farad (F) are...

The units for the Joule (J) are...

The units for a Volt (V) are...

The unit for Hertz (Hz) is...

The unit for a Pascal (Pa) is...