In a chemical reaction, these are to the right of the arrow
Reactants
A group of nonmetal atoms joined together in a molecule with a net charge
Polyatomic ions
Acids donate these in an aqueous solution
Hydrogen ions
This is the type of bond that exists between metals and non-metals
Ionic
Reaction between a fuel and oxygen
Combustion
In a chemical reaction, these are to the left of the arrow
Products
The name for OH-
Hydroxide
A base donates these in an aqueous solution
Hydroxide ions
This is the type of bond that typically exists between non-metals
Covalent
Type of reaction in which electrons are lost
This indicates the proportions of reactants and products in a chemical reaction
Coefficients
The name for PO4-3
Phosphate
Scale that measures the hydrogen ion concentration in a solution
This is formed when a metal binds to certain polyatomic ions or a halogen (group 17)
Salt
Type of reaction in which electrons are gained
Reduction
A solution in which water is the solvent
Aqueous solution
This is what Dalton always says
Atoms combine in whole number ratios
The pH of pure water, neither an acid nor a base
7
This type of bond donates electrons
Ionic
Type of reaction that results in a compound coming out of solution
Precipitation reaction
In the following equation, this describes what form the products of this reaction are in (example: aq=aqueous)
CuSO4(aq)+2NaHCO3(aq) -->
Na2SO4(aq)+CuCO3(s)+CO2(g)+H2O(l)
Na2SO4 = aqueous solution
CuCO3 = solid
CO2 = gas
H2O = liquid
Rather than being electrically neutral, an atom prefers to have this state, often creating an ion that can then form bonds with other ions to achieve electric neutrality
Completely filled orbitals
Acids are often composed of hydrogen ions joined to a polyatomic ion. They are also often composed of hydrogen ions combining with elements in this group
Group 17
This type of bond shares electrons
Covalent
These are the results of an acid-base reaction
Neutralization of the acid and base, production of water, and production of a salt