QuestionSBA
QuestionChoice
The Henderson-Hasselbach equation describes the relationship between the pH of a buffered solution and its pKa. When [HA] is equal to [A-] then the log of [A-]/[HA] is 0 and pH is equal to pKA. When an acid is added to the solution [HA] increases and [A-]/[HA] is negative, thus, the pH decreases and is less than pKa
10026745
a
pH and pKa
QuestionChoice
The concentration of acid and base in a buffered solution makes up part of the Henderson-Hasselbach equation, however, the equation describes the relationship between pH and pKa.
10026748
d
[HA] and [A-]
QuestionChoice
Whilst both of these form part of the Henderson-Hasselbach equation, the equation describes the relationship between pH and pKa
10026747
c
pKa and [HA]
QuestionChoice
Whilst both of these form part of the Henderson-Hasselbach equation, the equation describes the relationship between pH and pKa
10026749
e
pH and [HA]
QuestionChoice
The Henderson-Hasselbach equation describes the relationship between the pH of a buffered solution and its pKa.
10026746
b
pOH and pKa
Concept
Chapter
2693
5918
Henderson-Hasselbach equation
Topic
309
Biochemistry, cell biology and clinical chemistry
17747
The Henderson-Hasselbach equation is used by clinicians in the treatment of acid-base abnormalities.

What does this equation describe the relationship between?
a