| A | B |
|---|
| ACID | PRODUCES HYDRONIUM IONS IN WATER OR A PROTON DONOR OR AN ELECTRON ACCEPTOR |
| BASE | PRODUCES HYDROXIDE IONS IN WATER OR A PROTON ACCEPTOR OR AN ELECTRON DONOR |
| STRONG ELECTROLYTES | COMPLETELY IONIZE IN WATER |
| WEAK ELECTROLYTES | FORM RELATIVELY FEW IONS IN WATER BECAUSE THEY ESTABLISH AN EQUILIBRIUM FAVORING REACTANTS |
| STRONG ACIDS/BASES | STRONG ELECTROLYTES COMPLETELY IONIZE IN WATER |
| WEAK ACIDS/BASES | ESTABLISH AN EQUILIBRIUM FAVORING REACTANTS AND PRODUCE FEW IONS IN WATER |
| Kw | EQUILIBRIUM CONSTANT FOR THE AUTOIONIZATION OF WATER |
| TITRATION | VOLUMETRIC ANALYSIS USING STOICHIOMETRIC RELATIONSHIPS TO DETERMINE THE MOLES OF A SUBSTANCE IN SOLUTION |
| INDICATORS | SUBSTANCES THAT CHANGE COLOR WITH CHANGE IN pH |
| END POINT | WHEN THE INDICATOR CHANGES COLOR DURING TITRATION |
| EQUIVALENCE POINT | WHEN THE MOLES OF TITRANT HAS BEEN ADDED TO COMPLETELY CONSUME THE UNKNOWN ( STOICHIOMETRIC AMOUNTS OF TITRANT AND UNKNOWN) |
| BURET | MEASURES VOLUME DURING TITRATION |
| STANDARD | SOLUTION OF KNOWN CONCENTRATION DURING TITRATION |
| CONJUGATE BASE | SUBSTANCE FORMED FROM AN ACID AFTER THE ACID LOSES A PROTON |
| CONJUGATE ACID | SUBSTANCE FORMED FROM A BASE AFTER THE BASE GAINS A PROTON |
