Which of the following is a correcmass balance equation for asolution that is 0.15 M in H3ASO4:(Hint: H3ASO4 is a triprotic acid)O0.15 = 3(H3ASO4 ] + [H2ASC,]+2[HASO42-] + [ASO4 -]%3D[H3ASO4] + 3[H2ASO42[HASO42-] + [AsO4 -][-eO 0.15 [H3ASO4] + [H2ASO4 ] +[HASO2²-] + [AsO4 3-]O .15 = +%3D%3D[-g "OsO0.15 = [H3ASO4] + [H2ASO4 +2[HASO4 2-] + 3[AsO,12-1+3[AsOO 0.15 = [H3ASO4] + [H2ASO4 +[HASO4 2-]%3D

Mass balance equation of 0.15 M triprotic acid H3AsO4

Which of the following is a correc mass balance equation for a solution that is 0.15 M in H3ASO4: (Hint: H3ASO4 is a triprotic acid) 0.15 = 3(H3ASO4 ] + [H2ASC] 2(HASO4 2-] + [AsO4 3-1 %3D O 0.15 = [H3ASO4 ] + 3[H2ASO4 ] 2[HASO,2-] + [AsO4 3-] [-e *Osv] O 0.15 = [H3ASO4] + [H2ASO4 ¯]- [HASO,2-] + [AsO, 3-1 %3D %3D 0.15 = [H3ASO4 ] + [H2ASO4 ] + 2[HASO4 2-] + 3[Aso,²] %3D O 0.15 = [H3ASO4 ] + [H2ASO4 ] + [HASO4 2-1 %3D

Which of the following is a correc mass balance equation for a solution that is 0.15 M in H3ASO4: (Hint: H3ASO4 is a triprotic acid) 0.15 = 3(H3ASO4 ] + [H2ASC] 2(HASO4 2-] + [AsO4 3-1 %3D O 0.15 = [H3ASO4 ] + 3[H2ASO4 ] 2[HASO,2-] + [AsO4 3-] [-e *Osv] O 0.15 = [H3ASO4] + [H2ASO4 ¯]- [HASO,2-] + [AsO, 3-1 %3D %3D 0.15 = [H3ASO4 ] + [H2ASO4 ] + 2[HASO4 2-] + 3[Aso,²] %3D O 0.15 = [H3ASO4 ] + [H2ASO4 ] + [HASO4 2-1 %3D

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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