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Given the titration curve of a weak acid, at which region is the buffer capacity considered maximized? IV II pH volume of OH- added Select one: O a. Region I, because there is no strong base added O b. Region II, because there is almost equal amounts of weak acid and conjugate base O c. Region III, because it is the equivalence point, where equal amount of base is added to the weak acid O d. Region IV, because the buffer can easily neutralize acid or base at this point

Given the titration curve of a weak acid, at which region is the buffer capacity considered maximized? IV II pH volume of OH- added Select one: O a. Region I, because there is no strong base added O b. Region II, because there is almost equal amounts of weak acid and conjugate base O c. Region III, because it is the equivalence point, where equal amount of base is added to the weak acid O d. Region IV, because the buffer can easily neutralize acid or base at this point

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter15: Acid–base Equilibria
Section: Chapter Questions
Problem 56P
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Given the titration curve of a weak acid, at which region is the buffer capacity considered maximized? IV II pH II volume of OH- added Select one: O a. Region I, because there is no strong base added O b. Region II, because there is almost equal amounts of weak acid and conjugate base O c. Region III, because it is the equivalence point, where equal amount of base is added to the weak acid O d. Region IV, because the buffer can easily neutralize acid or base at this point
Transcribed Image Text:Given the titration curve of a weak acid, at which region is the buffer capacity considered maximized? IV II pH II volume of OH- added Select one: O a. Region I, because there is no strong base added O b. Region II, because there is almost equal amounts of weak acid and conjugate base O c. Region III, because it is the equivalence point, where equal amount of base is added to the weak acid O d. Region IV, because the buffer can easily neutralize acid or base at this point
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