1. Introduction to The Periodic Table

2. The Periodic Table
All elements in the periodic table are organized into groups based on similar chemical properties.
Each square of the periodic table shows the symbol for the element, the atomic number and the atomic mass.
Each element symbol will be a capital letter
If the element symbol has two letters, only the first letter is capitalized

3. Organization of The Periodic Table
Groups are vertical columns in the periodic table.
Draw arrows and label them to indicate the direction of the groups on the periodic table

4. Organization of The Periodic Table
Periods are horizontal rows in the periodic table.
Draw arrows and label them to indicate the direction of periods on the periodic table

5. Organization of the Periodic Table
The stair step line starting from Boron to astatine separates the metals from the non metals.

6. Organization of The Periodic Table
Trace the stair step line in a very dark color
Use arrows to represent the directions of the metals and nonmetals in reference to the stair step line.
Metals← → Nonmetals

7. Organization of The Periodic Table
Color all of your metals except for hydrogen a light blue
Color all of your non metals yellow
Color hydrogen pink

8. Organization of The Periodic Table
Metalloids are all elements that touch the stair step line except for Boron and Astatine. There are seven metalloids:-
Boron, Silicon, Geranium, Arsenic, Antimony, Tellurium, and Polonium
Put a red circle around all metalloids

9. Organization of The Periodic Table
Halogens are located in group 17 or 7/A, these elements are known as salt formers.
F, Cl, Br, I, At
Circle and label you halogen group.

10. Organization of The Periodic Table
Noble gases are located in group 18 or 8/A.
They are very stable, and do not react readily with other elements.
All elements want to be like noble gases.
Circle and label your noble gases

11. Lanthanides and Actinides
The lanthanides series and the actinide series are placed below the periodic table
They fit right after elements 57 and 89
They are placed below the table to keep the table from being too wide.
Lanthanides →
Actinides →

12. Types of Elements Shiny Good electrical conductor Good heat conductor
Metals
Nonmetals
Mettaloids
Halogen
Noble Gases
Shiny
Good electrical conductor
Good heat conductor
Solid at room temperature
Mallible
Ductile
Gases at room temperature
Brittle
Poor conductor of heat
Poor conductor of electricity
Has properties of both metals and nonmetals
Semi conductors of electricity
Can be solid, liquid, or gas at room temperature
Form diatomic molecules
High electronegativities
Salt formers
Generally unreactive (because of their stable outer shell)