Motion,Speed,
Acceleration
Newton's
Laws
Atoms,Ions,
Isotopes
Energy
Transformations
Specific
Heat
100

The rate of change of velocity

Acceleration

100

Objects in motion tend to stay in motion, objects at rest tend to stay at rest

Newton's first law 

100

The smallest particle of an element that still retains the properties of the element 

Atom

100

The energy a moving object has because of it's motion

Kinetic Energy

100

Thermal energy within air or liquids

Convection

200

The distance and object travels per unit of time

Speed

200

What is the 1st law referred to as?

Law of Inertia

200

Charged particle that has either more or fewer electrons than protons

Ion

200

Energy cannot be created or destroyed

Law of conservation of energy

200

Poorly conducts heat, it resists the flow of thermal energy and helps maintain temperature

Insulator

300

Includes the speed of an object and the direction of it's motion

Velocity

300

For every action there is an equal and opposite reaction

Newton's third law of motion

300

Atoms of the same element that have different numbers of neutrons 

isotopes

300

Vibration of atoms in matter. The faster it is more heat energy develops

Thermal Energy

300

Thermal energy through empty space 

Radiation

400

The distance and direction of an objects change in position from the starting point

Displacement

400

Why is less force needed to give an apple the same acceleration as a watermelon

It has less mass so less inertia

400

What subatomic particles are changing in an Ion?

electrons

400

Mechanical energy transmitted through solids by the vibration of an object, sound waves

Sound Energy

400

The amount of energy needed to raise the temperature of a specific mass

Heat

500

The speed shown on a speedometer is the instantaneous speed. It's the speed at a given point in time

Instantaneous Speed

500

To cause an object to accelerate, a force must be applied. The more force applied the quicker you accelerate

Newton's second law

500

What subatomic particles are changing in an atom

Nothing is changing

500

Stored energy due to position energy can be stored in an object. Now it has potential to cause change

Potential Energy

500

Efficiently transfers thermal energy due to it's high thermal conductivity, meaning it heats up and cools down quickly

Conductor