8. Construct a theoretical curve for the titration of HAC by sodium hydroxide (NaOH). The volume of acetic acid: in the beaker is 25 ml and its concentration is 0.02 M. The titrant is NaOH and its concentration is also 0.02 M. Calculate pH versus volume of NaOH, which will be added in increments of 1 mL. Construct this titration curve for 35 mL. Show only the calculations at VNaoH=0, 0 < VNaOH < Ve, VNaOH=Ve and VNaOH > Ve). 14 a) 금 7 equivalence point Vbase Hd 14 b) equivalence point (Ve) 7 pka buffering region Ve2 Ve Vbase

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8. Construct a theoretical curve for the titration of HAC by sodium hydroxide (NaOH).
The volume of acetic acid: in the beaker is 25 ml and its concentration is 0.02 M. The
titrant is NaOH and its concentration is also 0.02 M. Calculate pH versus volume of
NaOH, which will be added in increments of 1 mL. Construct this titration curve for
35 mL. Show only the calculations at VNaoH=0, 0 < VNaOH < Ve, VNaOH=Ve and VNaOH
> Ve).
Transcribed Image Text:8. Construct a theoretical curve for the titration of HAC by sodium hydroxide (NaOH). The volume of acetic acid: in the beaker is 25 ml and its concentration is 0.02 M. The titrant is NaOH and its concentration is also 0.02 M. Calculate pH versus volume of NaOH, which will be added in increments of 1 mL. Construct this titration curve for 35 mL. Show only the calculations at VNaoH=0, 0 < VNaOH < Ve, VNaOH=Ve and VNaOH > Ve).
14
a)
금 7
equivalence
point
Vbase
Hd
14
b)
equivalence
point (Ve)
7
pka
buffering
region
Ve2
Ve
Vbase
Transcribed Image Text:14 a) 금 7 equivalence point Vbase Hd 14 b) equivalence point (Ve) 7 pka buffering region Ve2 Ve Vbase
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