H
What is hydrogen?
The simplest bond shape, this shape occurs when there are only two electron domains around the central atom (or only two atoms bonded to each other).
What is Linear?
This is how many dots we put around oxygen in its Lewis structure.
What is 6?
Who is Pauli?
Of metallic, ionic, or covalent, this is the bond type for water (H2O).
What is covalent?
Ne
What is neon?
This electron geometry occurs whenever there are three total electron domains around the central atom.
What is trigonal planar?
This is the first step Mr. Normandt gave you in drawing your own Lewis structure.
What is "count all of the valence electrons?"
Who is Aufbau?
Of polar covalent, moderately polar covalent, or nonpolar covalent, this is the bond type between the oxygens in O2.
What is nonpolar covalent?
Cl
The name for four electron domains, all of the bond angles are 109.5deg apart.
What is tetrahedral?
This is the name of the "structure" Mr. Normandt tells you to draw after you count all of the valence electrons.
What is a skeleton (structure)?
This is the element to which 1s22s22p2 refers.
What is carbon?
These orbitals are clover shaped with 10 of them per energy level, and they get filled in the transition metals portion of the periodic table.
What are D orbitals?
Au
What is gold?
This shape is the shape that four electron domains with one lone pair makes.
What is trigonal pyramidal?
This is the total number of valence electrons in SeI7.
What is 55 (Se = 6, I = 7x7 = 49).
This is the name of the rule violated here:

What is Hund's Rule?
This type of bond shares a total of 6 electrons between the atoms.
What are triple bonds?
Fl
What is Flerovium?
This is the name for 5 electron domains with one lone pair.
What is seesaw?
This is the number of the period (row) on the periodic table where atoms can start to fill up more than an octet of electrons, making formations like PCl5 or ReI6.
What is 4?
We know that electrons don't exist in discrete lines around nuclei; instead they form this shape around the centers of atoms.
What is a (probability) cloud?
In ionic bonding, we can always take these and cross them down in order to find out how many atoms are part of the bond.
What are the charges?