The graph below shows the titration of the aqueous solution containing 0.168 g of unknown monoprotic acid solution with 0.0995M NaOH. Use the proper graphing techniques to find the equivalence and half-equivalence points and determine the pKa and Ka of an unknown acid. equivalence point: VNaOH= pH= half-equivalence point: VNaOH= pH= pKa= Ka= Taking into account that the mass of the weak monoprotic acid used in the titration was 0.168 g, calculate the molar mass (MM) and identify the weak acid MM= Identification of acid:
The graph below shows the titration of the aqueous solution containing 0.168 g of unknown monoprotic acid solution with 0.0995M NaOH.
Use the proper graphing techniques to find the equivalence and half-equivalence points and determine the pKa and Ka of an unknown acid.
equivalence point: VNaOH= pH=
half-equivalence point: VNaOH= pH=
pKa=
Ka=
Taking into account that the mass of the weak monoprotic acid used in the titration was 0.168 g, calculate the molar mass (MM) and identify the weak acid
MM= Identification of acid:
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