Take your energy outside!
Isn't it Ionic?
Practically Perfect Periodic Properties
Let's have some bonding time!
How where did I put that?
100

These electrons in the outermost orbits determine the chemical behavior of an atom.

valence electrons

100

These types of elements try to gain electrons in order to reach the ideal configuration.

nonmetals


100

For low ionization energy - left or right

left

100

When two nonmetals share valence electrons

covalent bond

100

Give the orbital valence electrons:

Potassium

4s

200

Atoms in the same this of the periodic table have the same number of valence electrons.

column, group, or family


200

Not to be confused with a pet, these types of ions are positively charged.

cation

200

For high ionization energy - top or bottom

top

200

In a Lewis structure, the atom with the most of these is depicted in the center.

unpaired electrons

200

Give the orbital valence electrons:

Chlorine

3p

300

Most atoms strive to attain this number of valence electrons. 

eight

300

The proper name for Al2S3

Aluminum Sulfide

300

For high electronegativity - left or right

Right

300

Name 6 of the 8 elements that exist as homonuclear diatomic molecules.

nitrogen, oxygen, fluorine, chlorine, bromine, iodine, astatine, hydrogen

300

Give the orbital valence electrons:

Oxygen

2p

400

This structure shows a representation of valence electrons using dots.

Lewis

400

Ionic molecules see the lowest possible ratio.  What step is missing from from this list? 

Drop the + and - from the superscript

use the #s as subscripts


Step 2 - switch the #s

400

For larger atomic radius - left or right

left

400

Atoms in this group can NOT have double or triple covalent bonds

7A

400

Give the orbital valence electrons:

Iron

3d

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