The Periodic Table

Oxidation

100

The oxidation number of Oxygen (O)

2

200

The oxidation number of Lithium (Li)

1

300

The oxidation number of Phosphorous (P)

3

400

The oxidation number of Magnesium (Mg) 

2

500

What is the oxidation number of Xenon? 

0

Metal, Nonmetal, Metalloid

100

Has luster, is malleable, and ductile. Loves to have a positive charge. Good conductors. 

Metals

200

Have characteristics of both metals and nonmetals. More brittle than metals, but less brittle than nonmetals. Some have metallic luster. 

Metalloid

300

Is Potassium (K) a metal, nonmetal, or metalloid? 

Metal

400

Is silicon (Si) a metal, nonmetal, or metalloid? 

Metalloid

500

Is Fluorine (F) a metal, nonmetal, or metalloid? 

Nonmetal

Transition, Inner Transition, Representative

100

Boron (B)

Representative

200

Cobalt (Co)

Transition Element

300

Sodium (Na)

Representative

400

Einsteinium (Eu)

Inner Transition Element

500

Neon (Ne)

Noble Gas

Trendy

100

This is the energy required to remove an electron from an atom. This decreases in groups. Increases in periods. 

Ionization Energy

200

The ability of an atom of an element to attract electrons when the atom is in a compound. Decreases in groups. Increases in periods. 

Electronegativity

300

The up and down columns on the periodic table

Groups

400

The side to side rows on the periodic table

Periods

500

How big an atom is. Increases in groups. Decreases in periods. 

Atomic Radius

Valence

100

Amount of valence electrons in Carbon (C)

4

200

Amount of valence electrons in Potassium (K)

1

300

Amount of Valence electrons in Chlorine

7

400

Amount of valence electrons in Boron (B)

3

500

Amount of valence electrons in an oxygen ion (O^2-)

8