neu as Question 8.07 Carbonic acid is a diprotic acid while formic acid is not. Why? (It may be useful to draw the structure for HCO2H.) What would have to happen for formic acid to be diprotic? How is that different from carbonic acid?

Chemistry
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Chapter1: Chemical Foundations
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revisited because of the important role they play in physiological systems.
The most common Bronsted-Lowry base in aqueous solutions is hydroxide. Hydroxide can be added to
water in the form of a number of different salts like NaOH, KOH or LIOH. Additional bases will be
identified in the next section on the measurement of acidity. Some of these bases will be familiar since
they are the anionic conjugate bases of some of the weak acids considered in this section.
Assigned as
Homework O
Question 8.07
Carbonic acid is a diprotic acid while formic acid is not. Why? (It may be useful to draw the structure for HCO2H.) What would have to
happen for formic acid to be diprotic? How is that different from carbonic acid?
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Transcribed Image Text:revisited because of the important role they play in physiological systems. The most common Bronsted-Lowry base in aqueous solutions is hydroxide. Hydroxide can be added to water in the form of a number of different salts like NaOH, KOH or LIOH. Additional bases will be identified in the next section on the measurement of acidity. Some of these bases will be familiar since they are the anionic conjugate bases of some of the weak acids considered in this section. Assigned as Homework O Question 8.07 Carbonic acid is a diprotic acid while formic acid is not. Why? (It may be useful to draw the structure for HCO2H.) What would have to happen for formic acid to be diprotic? How is that different from carbonic acid? Responses 1 Reply Showing All Responses ordered by Newest Responses Try It!
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