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These elements have a +1 charge when ionized. Group 1
These elements have a +2 charge when ionized. Group 2
These elements have a +3 charge when ionized. Group 13
These elements have a +/-4 charge when ionized. Group 14
These elements have a -3 charge when ionized. Group 15
These elements have a -2 charge when ionized. Group 16
These elements have a -1 charge when ionized. Group 17
These elements have a complete octet. Group18
These elements have 1 valance electron. Group 1
These elements have 2 valance electrons. Group 2
These elements have 3 valance electrons. Group 13
These elements have 4 valance electrons. Group 14
These elements have 5 valance electrons. Group 15
These elements have 6 valance electrons. Group 18
These elements have 7 valance electrons. Group 18
This element likes to have 4 bonds : Carbon
This element has an exception to the octet rule. H P B Be S
The number of electrons in a single bond. 2eThe number of electrons in a double bond. 4eThe number of electrons in a triple bond. 6eBoron can have this many electrons. 6eBeryllium can have this many electrons: 4eThis is the number of electrons to fill a valence shell: 8eSulfur can have this many electrons around it: 12eThe glue the keeps molecules together: intermolecular forces
This bond type falls less than 0.3 : non-polar covalent
This bond type falls between 0.3 and 1.7 : polar covalent
This bond type is greater than 1.7 : Ionic
This bond has high melting point, strong electrostatic attraction and is made up of cat and
anions: ionic bonds
This bond is sharing electrons among atoms, low mP and bP and all organic molecule are made
of this : covalent bond
This is made when two atoms come together with a covalent bond: molecule
This rule needs to be checked after making a Lewis structure: Octet rule
This is forms between two atoms and holds them together: bonds
A metallic bond is between at least two: metals
This is characterized as dense packing of atoms, a sea of electrons and atoms being attracted to
each other: Metallic bonds
This is what we call the number of things coming off the central atom, we count them to
determine the electronic geometry : electron domains
This shape is when two things come off the centeral atom: linear
This shape is when 3 things come off the centeral atom: Trigonal planer.
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This is when 4 things come off the central atom: tetrahedral
This is when 5 things come off the central atom: Trigonal bipyramidal
This is when 6 things come off the central atom: Octahedral
If a molecule is nonpolar these are the intermolecular force it has: LDF
If a molecule is polar these are the intermolecular forces it has: Dipole-dipole
If H is bound to O, N or a halogen this is the intermolecular force it has: H-bonding
Mr. Medeiros referred to these elements as the _____ of the periodic table.: Hipsters