Motion/Force
Momentum/Impulse
The Atom/Circuits
Waves
Heat
100

The total change between your final and initial position

Displacement

100

Two variables used to find impulse

Force and Time

100

The number of protons an atom has is called the

Atomic Number

100

This wave has its direction of propagation 90 degrees to its particle displacement

Transverse Wave

100

The Sun heats the Earth using this type of heat transfer

Radiation

200

A magnitude without a direction

Scalar

200

An object with momentum must have these two things

Mass and Velocity

200

A charged atom is called this

Ion

200

The number of wave cycles to occur in a period of time

Frequency

200

Heat transfer via fluids

Convection

300

The slope of a velocity versus time graph

Acceleration

300

Forces occur in pairs that are _____ and ______

Equal and Opposite

300

A circuit with multiple pathways for electricity to follow

Parallel

300

Sound is an example of this wave

Longitudinal

300

The process of a gas undergoing a phase change directly to a solid

Deposition

400

Motion where acceleration is caused by gravity and no other forces

Free Fall

400

Momentum before and after a collision must be equal due to ____________

Conservation of Momentum

400

This type of decay and go through paper, but is stopped by alumnium

Beta

400

The higher the frequency of an Electromagnetic Wave, the smaller its ________

Wavelength

400

During a phase change, this type of energy is being altered

Potential

500

The measure of the force of gravity on an object

Weight

500

A type of collision where objects stick together after contact

Inelastic

500

This process is characterized by forcing smaller nuclei to form a larger nuclei

Nuclear Fusion

500

 When one objects vibrations induces vibrations on another object

Resonance

500

he quantity of heat required to raise the temperature of a unit mass of the substance by 1 degree

Specific Heat