Newton's Laws
Electricity
Energy Transformations
Waves
Kinetic and Potential Energy.
100

Which of Newton's Laws explains why you lurch forward when  a car suddenly stops? 

Newton's First law(inertia)

100

The flow of electric charge is called what?

current

100

Changing energy from one to another is called

Energy transformation.

100

This is the distance between two wave crests.

Wavelength.

100

Energy of motion is called exactly what?

Kinetic energy.

200

This law explains how force equals mass times acceleration.

Newton's Third Law

200

This device provides energy to a circuit.

A battery.

200

A toaster converts electrical energy into what type of energy?

Thermal (heat) energy.

200

This measures how many waves pass a point in a second.

Frequency.

200

Stored energy due to position is called what?

potential energy.

300

This law says every action has an equal and opposite reaction.

Newton's third Law

300

This unit measures electrical resistance.

ohms

300

A roller coaster at the top of a hill has mostly what type of energy?

Potential energy.

300

The highest point of a wave is called what?

crest

300

As an object speeds up this type of energy increases.

kinetic energy.

400

If you push a heavier object with the same force as a lighter one, it will have less of this.

acceleration

400

Materials that allow electricity to flow easily are called what?

Conductors.
400

Solar panels convert sunlight into what type of energy?

Electrical energy.

400

Waves that require a medium to travel are called what?

Mechanical waves.

400

This type of potential energy depends on height and gravity.

Gravitational potential energy.

800

A 10 kg object accelerates at 2 m/s. This is the force acting on it.

20 Newtons.

800

According to Ohm's Law, if voltage is 10V and resistances 5Q this is what?

2 amps.

800

This law states energy cannot be created or destroyed.

Law of Conservation of Energy.

800

This type of wave moves particles perpendicular to the direction of motion.

Transverse wave.

800

A 2 kg object moving at 3 m/s has this much kinetic energy.

9 joules.

M
e
n
u