D D How is the pka determined in a titration for the removal of a proton in an acid? It is the pH at the equivalence point It is the initial pH of the acid solution It is the pH halfway between equivalence points O The pKa cannot be determined in a titration Question 4 The volume of sodium hydroxide required to reach the equivalence point is 35.69 mL for a monoprotic acid. What is the volume at which the pka is determined? Report your answer to one decimal place. Question 5 The final equivalence point in the cola titration cannot be determined because the sodium hydroxide pH is too low. True False

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Chapter1: Chemical Foundations
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Question
D
How is the pka determined in a titration for the removal of a proton in an acid?
It is the pH at the equivalence point
It is the initial pH of the acid solution
It is the pH halfway between equivalence points
O The pKa cannot be determined in a titration
Question 4
The volume of sodium hydroxide required to reach the equivalence point is 35.69 mL for a
monoprotic acid. What is the volume at which the pKa is determined? Report your answer to one
decimal place.
Question 5
The final equivalence point in the cola titration cannot be determined because the sodium
hydroxide pH is too low.
True
False
Transcribed Image Text:D How is the pka determined in a titration for the removal of a proton in an acid? It is the pH at the equivalence point It is the initial pH of the acid solution It is the pH halfway between equivalence points O The pKa cannot be determined in a titration Question 4 The volume of sodium hydroxide required to reach the equivalence point is 35.69 mL for a monoprotic acid. What is the volume at which the pKa is determined? Report your answer to one decimal place. Question 5 The final equivalence point in the cola titration cannot be determined because the sodium hydroxide pH is too low. True False
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