a 500 ml solution containing 0.01 m of acetic acid (ch3cooh) has a ph value of 3.38. how many milliliters of 1.25 n naoh must be added to increase the ph to 5?Plez slove it in thies method Tiratiene:s g-weak acid with Strong Basea,= CA] (vg+ v)Co VoO charge Balance :-[H"]•[B"][oH] +[A]%3DCA)Chorgo Balance Becomes-CoVoCv[H] = 6H]+ a4VotVKwVotVCo Vo[H']КАPHat begeniga (H] - J KA CoPH Befor equvilance pointpHz pkaat equilance point f á (log C, + Pka + Pku)PIH

pH = -log[H+] For a weak acid like CH3COOH: [H+] = (Ka x C)1/2 Where, C = Molar concentration…

Answered: a 500 ml solution containing 0.01 m of…

a 500 ml solution containing 0.01 m of acetic acid (ch3cooh) has a ph value of 3.38. how many milliliters of 1.25 n naoh must be added to increase the ph to 5? Plez slove it in thies method

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter14: Acids And Bases

Section14.9: Lewis Acids And Bases

Problem 14.26E

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Question

a 500 ml solution containing 0.01 m of acetic acid (ch3cooh) has a ph value of 3.38. how many milliliters of 1.25 n naoh must be added to increase the ph to 5? Plez slove it in thies method

Tiratiene:s g-
weak acid with Strong Base
a,= CA] (vg+ v)
Co Vo
O charge Balance :-
[H"]•[B"]
[oH] +[A]
%3D
CA)
Chorgo Balance Becomes-
CoVo
Cv
[H] = 6H]+ a4
VotV
Kw
VotV
Co Vo
[H']
КА
PH
at begeniga (H] - J KA Co
PH Befor equvilance point
pHz pka
at equilance point f á (log C, + Pka + Pku)
PIH

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