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Home/ Questions/Carboxylic acids are weak acids and dissociate in aqueous solution to the carboxylate anion.
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kttutoria
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kttutoriaExpert
Asked: April 14, 20222022-04-14T15:13:22+00:00 2022-04-14T15:13:22+00:00In: Chemistry

Carboxylic acids are weak acids and dissociate in aqueous solution to the carboxylate anion.

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Carboxylic acids are weak acids and dissociate in aqueous solution to the carboxylate anion. The extent of dissociation is given by the equilibrium dissociation constant; Ka, which is often expressed in its logarithmic form as pKa (The cation is written simply as H+ and is understood to be solvated with one or more water molecules in solution ) If a butyric acidlbutyrate buffer is 0.020 M in butyric acid and has a pH of 4.91, what is the molar concentration of the butyrate ion? The pKa of butyric acid is 4.81.


♦ Relevant knowledge
Molarity is a number that demonstrates how to relate the quantity of moles present in a substance in addition to the quantity of the solution. The formula for concentration can be derived with moles and volume as well as mass and volume in addition to moles or milliliters (ml). The formula to calculate the molar concentration follows: The formula to calculate the Molar Concentration is CM=n/V. It is important to change the unit of volume of ml to the liter.

The pH value PKa is that a chemical species will be able to accept or donate proton. Lower the level of PKa, more powerful the acid and the more likely it is to give protons into the aqueous solution.

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