The Atom
Charge & Flow
Static Charges
Ohm's Law
Electrical Safety
100

Small positively-charged particle at the center of the atom

Nucleus

100

Material that easily moves electrons

Conductor

100

If a static charge is built up, it discharges when it comes into contact with this

Conductor

100

The flow of electrons, charge per second

Current

100

Without a resistor or circuit breaker, electrons will quickly transfer from one side of the battery to the other, called this

Short circuit

200

The three main subatomic particles

Proton, neutron, electron

200

What type of water conducts electricity?

Seawater

200

How do the rates of discharge compare between a battery and capacitor?

Batteries are slow; capacitors are fast

200

Rate of transfer of electrical energy

Power

200

Overloading an outlet will cause this to happen to it

Overheating or a fire

300

Small particle that composes all matter

Atom

300

The flow of electrons

Electricity

300

Static electricity is caused by this

The transfer of electrons

300

Difference in charge, also called electric potential

Voltage

300

When heavy ice crystals grab electrons in a cloud, this begins to form

Lightning

400

Layers or regions where electrons are found around the nucleus

Electron cloud

400

Material that prevents the flow of electrons

Insulator

400

This consists of two plates separated by an insulator

Capacitor

400

This is the equation for Ohm's Law

V = IR

400

What should you avoid during a thunderstorm?

Open fields, tall objects, metal

500

Positively charged particle in the nucleus

Proton

500

A broken circuit that charge will not flow through

Open Circuit

500

Batteries store energy through these

Chemical reactions

500

Opposition to current

Resistance

500

Connecting objects to the earth so electrons travel there instead of through you

Grounding