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Index
»
Physical Pharmacy
»
Topic 7 Ionic Equilibria
»
Level 1
level: Level 1
Questions and Answers List
level questions: Level 1
Question
Answer
a substance that liberates hydrogen ions upon dissociation
Arrhenius Acid
a substance that liberates hydroxide ions upon dissociation
Arrhenius Base
proton donor
Bronsted Lowry Acid
proton acceptor
Bronsted Lowry base
usually basic solvents that are capable of accepting protons from the solute.
Protophilic
Proton donating compound
Protogenic
donate two protons
Diprotic acid
has a neutral charge because it has both cation and anion
Zwitterion
can both accept and donate protons
Ampholyte
can both act as acid and base
Amphoteric
the pH where solubility is typically minimal
Isoelectric point
a balance between two opposing force or actions; and dynamic equality
Equilibrium
product of acid-base reaction
Salt and Water
reaction involves transfer of protons
Protolysis or ?
Define Basic Strength
the strength of an acid to give up a proton and the solvent's ability to accept protons
Ka
dissociation constant of an acid
Acids are categorized by?
their ability to disassociate in water and how much they produce protons
completely ionized in an aqueous solution and produce a lot of protons
Strong acid
Kw
dissociation constant in water
what does [H+] mean?
molar concentration of hydrogen ion
pKw value is always
14
Bases are categorized by?
their ability to dissociate and produce hydroxide ions
give an example of a weak base
NH3
give example of a weak acid
CH3COOH
Which is the conjugate base in the following reaction? NH4+ + OH- = H2O + NH3
NH3
Which is the connjugate acid in the following reaction? HCl + NH3 = NH4+ + Cl
NH4
Which is the conjugate base in the following reaction? H2O + CH3COO- = (OH-) + CH3COOH
(OH-)
Which is the acid and the conjugate acid in the following reaction? NH4+ + H2O = NH3 + (H3O+)
acid - NH4 conjugate acid - H3O
What kind of reaction took place? HCl + CH3COO- = CH3COOH + Cl
displacement reaction
What kind of reaction took place? H2O + CH3COO- = CH3COOH + OH
hydrolysis reaction