Ions
Valence Electrons
Ionic Bonds
Covalent Bonds
Variety
100

an atom does this to become a cation

Lose an electron

100

this number of these determines if the atom will bond with another

valence electrons

100
Ionic bonds form between a _____ ion and a ______ ion.
A positive and negative ion
100

a covalent bond forms between these types of elements

nonmetals

100

This is the correct order of multiple bonds from weakest to strongest.

single, double, triple

200

an atom does this to become an anion

gain an electron

200

the number of valence electrons for group 16

6

200

Ionic bonds form between these types of elements

Metals and nonmetals

200

this is what happens to electrons in a covalent bond

they are shared

200

Metallic bonds are formed by the attraction between ________ and the _________ that are around them.

Metallic bonds are formed by the attraction between POSITIVE METAL IONS and the ELECTRONS that are around then.

300

the oxidation state for the nitrogen family

-3 or 3-

300

this group will not form bonds because of its full octet

group 18 or noble gases

300

when deciding whether a compound is ionic or covalent, this should be an immediate indicator that it is ionic

the first element will be a metal

300

electrons in a covalent bond are attracted to the element with the higher value of this

electronegativity

300

This is the number of sigma and pi bonds in a double bond

1 sigma 1 pi

400

This is the reason why two positive ions would typically not make bonds

alike charges are not attracted to each other.

400

the number of valence electrons for aluminum

3

400

True or False: We draw Lewis Dot Diagrams for Ionic Bonds

False

400

this is another term for a covalent bond

molecular (bond or compound)

400

This is the only reason a multiple bond is ever used

if one element does not have a full valence shell

500

this is the chemical formula for perphosphate

PO5 -3

500

because of their valence electrons, these elements prefer to never be alone (Name all of them)

Br2 I2 N2 Cl2 H2 O2 F2

500

These are two qualities of substances that are bonded by ionic bonds

They are hard, brittle, and have high melting points.

500

These are the only elements that can triple bond

carbon and nitrogen

500
this is the correct number of sigma bonds and pi bonds in C2H2

3 sigma 2 pi

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