Shocking
Up and Atom
It's Everywhere
Let's Split
Power it up
100

This is energy in motion

Kinetic Energy

100

These are made from protons, neutrons, and electrons

Atoms

100

High energy that can knock electrons from atoms or molecules

Ionizing Radiation

100

The process of splitting atoms to release large amounts of energy

Nuclear Fission

100

Fission takes place here

Core

200

Gases that change the Earth's climate, coming from burning fossil fuels

Greenhouse Gases

200

The dense bundle at the center of an atom

Nucleus

200

Light, microwaves, radio and TV waves are examples of this

Non-Ionizing Radiation

200

The fuel at a nuclear power plant is this isotope of Uranium

U-235

200

Spent fuel becomes less radioactive over time due to this process

Radioactive Decay

300

The flow of electrons

electricity

300

The part of the atom which has a positive electrical charge

Proton

300

The type of high energy radiation which has no mass

Gamma Rays

300

A chain reaction occurs when these particles hit an atom of Uranium

Neutron

300

The first human made self-sustaining nuclear chain reaction was initiated at CP-1 in this American city

Chicago

400

Many kinds of power plants use this to turn the blades of a turbine

Steam

400

These orbit the nucleus in a cloud

Electrons

400

The three rules for limiting your exposure to radiation

Time, Distance, and Shielding

400

This handy molecule cools and moderates American Nuclear power plants

Water

400

EBR-1 the first nuclear reactor capable of producing usable electricity which is located in this state

Idaho

500

Nuclear energy is used to make up this percentage of electricity in the United States

20 percent

500

The part of the atom with no electrical charge

Neutron

500

Radiation you receive from the environment

Background Radiation

500

This industrial process increases the amount of uranium 235 in natural uranium

Enrichment

500

A uranium mine in this African city was the location of the only natural fission reactor

Oklo