Periodic Trends
Family
Electron Configuration
Noble Gas Configuration
Orbital Diagrams
100

Good conductors of heat and electricity 

Transition Metals

100

Group 1 (excluding Hydrogen)

Alkali Metals

100

The electrons are represented by the 

exponent

100

What noble gas would be used in the Noble Gas configuration for Lead (Pb) 

Xenon (Xe)

100

Each line represents ____ orbital(s)

one

200

Has properties of both metals and nonmetals

Metalloids

200

F, Cl, Br, I , At

Halogens

200

The S subshell has ____ orbitals and can hold ____ electrons

1, 2

200

What noble gas would be used in the Noble Gas configuration for Technetium (Tc)

Krypton (Kr)

200

Each up arrow represents ____ electron(s) 

1

300

Salt formers; found in all three states of matter at room temperature 

Halogens

300

B, Si, Ge, As, Sb, Te, Po (follows the staircase)

Metalloids

300

The p subshell has ____ orbitals and can hold ___ electrons

3,6

300

What noble gas would be used in the Noble Gas configuration for Lanthanum (La) 

Xenon (Xe)

300

Each down arrow represents ____ electron(s)

1

400

easily cut with a blade, silvery & shiny when first cut but turn dull quickly when it begins to react with oxygen 

Alkali Metals

400

Groups 3-12 

Transition Metals

400

The d subshell has ____ orbitals and can hold ____ electrons

5,10

400

What noble gas would be used in the Noble Gas configuration for Radium (Ra)

Radon (Rn)

400

You fill the ____ arrows first 

up

500

Unreactive, stable, and gaseous at room temperature

Noble Gases

500

Group 18 (He, Ne, Ar, Kr, Xe, Rn)

Noble Gases 

500

The f subshell has ____ orbitals and can hold _____ electrons

7,14

500

What noble gas would be used in the Noble Gas configuration for Nickel (Ni) 

Argon (Ar)

500

You fill in the ______ arrows second

down

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