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Average
Lowest
Greatest
Substances that associate ions when poured/placed in water.
Substances that dissociate into ions when dissolved in water.
Substances that become strong acids, or strong bases when dissolved in water.
Remain unused at the end of the reaction
Are Weak Acids and Weak Bases
Are Usually a molecular compounds
Can dissolve in water, but no ions formed
Create a Salt
Causes the solution to indicate the presence of a base or acid.
Half, Completely
Partially,Completely
Completely, Partially
Partially, Half
HNa2
HCl
PClO2
HBr
HI
OH2
HNO4
HClO3
NaCl
HFO
HClO4
HNO3
Mg(OH)2
H2SO4
True
False
NO3-, C2H3O2-, Ag+
Cl-, Br-, I-
SO4^2-, I-, S2-
OH, PO4^3-, CO3^2-
Aq
Liq.
D
Sodium Carbonate (Na2CO3)
Lead (II) sulfate
PbSO4
A double exchange reaction
A metathesis reaction
A precipitate
An acid
Precipitation Reaction
Single Replacement Reaction
Net Ionic Equation
Metathesis Reaction
When you react a Base with an Acid
When you mix two precipitates together
When you place electrolytes in a beaker of water
Takes out all of the insoluble compounds from the equation leaving you with the soluble ones.
Separates each soluble compound into its individual forms more accurately showing each ions species.
It cancels out the ions that are identical on both the reactant and product sides.
True
False
The Precipitate(s)
The Spectator Ion(s)
The Soluble Ion(s)
There are only 7 strong acids
Increase the concentration of H+ when dissolved in water
Decrease the concentration of H+ when dissolved in water
Are Proton-Acceptors
Are Proton-Donors
There are only 9 Strong Acids
All elements on column 1 along with Cl, Br, and I
Increase the concentration of OH- when dissolved in water
Decrease the concentration of H+ when dissolved in water
Are Proton-Acceptors
Are Proton-Donors
The strong bases are all alkali metals, Calcium, Strontium, and Barium
Spectator Ions
Salt and a Precipitate
Salt and Water
Single replacement reaction
Double replacement reaction
When spectator ions are formed
A salt and water
A strong acid, and a strong base
An element, and an ion
To determine if the reaction can take place in a Double Replacement Reaction
To determine if the reaction can take place in a Single Replacement Reaction
To determine if the reaction can take place in an Acid Base Reaction
M = (Moma) x (L of Sol) / L of Solution = Mass Moles/ L solution of (g)
M = moles solute / L of solution = Mass (g) Solution / ((Moma of Solute)x(L of Sol))
M = L of Solution / Mass (g) of Solution = Moles Solute / (Moma of Solution)x(L of Sol)
To determine Dilution
To determine an Acid
To determine an Indicator
True
False
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