Ionic Compounds
Covalent Compounds
Polyatomic Ions
Lewis Dot Structures
Properties of Compounds
100

an ionic bond is formed between these types of molecules

metal + nonmetal

100

a covalent bond is formed between these types of molecules

nonmetal and nonmetal

100

Name of a polyatomic ion that has a charge of -1

Various: hydroxide, nitrite, nitrate, chlorate

100

In Lewis Dot Diagrams, this symbol represents an electron

A dot

100

Of ionic and covalent, this type of bond tend to have higher melting and boiling points

ionic

200
An example of an ionic compound
Various (metal + nonmetal, charges balanced)
200

An example of a covalent molecule

Various: nonmetal + nonmetal with prefixes

200

The formula for ammonium sulfate

(NH4)2SO4

200

In Lewis Structure Diagrams, this symbol represents a shared electron pair

A line
200

Of ionic and covalent, this type of bond conducts electricity when dissolved in water

ionic

300

Formula for the ionic compound formed between aluminum and oxygen

Al2O3

300

The chemical formula for tetracarbon octafluoride

C4O8

300

Name of this compound: NaNO2

sodium nitrite

300

The number of bonds that Oxygen typically makes

2

300

The most common state of matter for ionic compounds at room temperature

solid

400

The name of the compound PbCl2

Lead (II) chloride

400

The name of this covalent compound: N2O5

Dinitrogen Pentoxide
400

The name of this compound: Ca(NO3)2

calcium nitrate

400

The number of bonds that carbon typically makes

4

400
A property of metallic compounds which means that they can easily be drawn into wires

ductility

500

In the compound MnO2, what is the charge on the manganese?

+4

500

The name of this compound: Cl2O7

Dichlorine heptoxide

500

Name of this compound: Fe(ClO3)3

Iron (III) chlorate

500

Number of lone pairs typically found on a bonded fluorine atom

3

500

The reason that metallic compounds conduct electricity

electrons are free to move in a "cloud" or "sea" around the lattice structure formed by the metal ions