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Periodic Table
Atomic Orbitals
Electron Configurations
Orbital Box Diagrams
Lewis Dot Structures
100
Element number 11
What is Sodium (Na)?
100
This sublevel contains 3 orbitals
What is the p-sublevel
100
Each orbital in a sublevel can hold this many electrons
What is 2
100
In an orbital box diagram, electrons are represented by this symbol
What is an arrow
100

The Lewis Dot structure of Lithium 

Li with a singular dot on 3 sides

200
Element with 17 protons
What is Chlorine (Cl)
200
This sublevel holds a maximum of 10 electrons
What is the d-sublevel
200

1s2 2s2 2p2

What is the e-config for Carbon (C)

200
In an orbital box diagram, an orbital in a sublevel is represented by this symbol
What is a box or a line
200

The lewis dot structure of Oxygen

O with 2 sides with pairs of dots and 2 sides with singular electrons

300
Element with 28 total electrons
What is Nickel (Ni)
300
This sublevel is spherical in shape and holds a maximum of 2 electrons
What is the s-sublevel
300

1s2 2s2 2p6 3s2

What is the e-config for Magnesium (Mg)

300
The rule which tells us to fill orbitals halfway with electrons before pairing them up
What is Hund's Rule
300

The Lewis Dot structure of Phosphorus 

What is P with 1 side with a pair of electrons and 3 sides with singular electrons

400
Atomic number of Bromine
What is 35
400
This sublevel is very complex and contains 7 orbitals
What is the f-sublevel
400

1s2 2s2 2p6 3s2 3p5

What is the e-config for Chlorine (Cl)

400

Draw the correct orbital box notation for 3p3

What is 1 arrow in each of 3 orbitals

400

The maximum number of electrons that a Lewis dot structure can hold

What is 8

500
Atomic number of Mercury
What is 80
500
Name the 4 types of sublevels
What are s, p, d, and f
500

The rule which tells us electrons are occupy the lowest energy level first

What is the Aufbau Principle

500

Draw the correct orbital box notation for 3d6

What is 2 arrows in the first orbital and 1 arrow in each of the other 4

500

This is what the Lewis dot structure represents

What are Valence electrons