The proton balance equation for a solution of NazPO4 is O [H30*) + [H2PO4] + 3[H3PO4] = [OH] + 3[PO43] %3D O [H3O*] + [H3PO4] = [OH"] + 3[PO,³-] %3D O [H30]+ [H2PO4] + (H3PO4] = [OH'] + 2[PO4 %3D O (H30*] + [HPO42] + 2[H2PO41+ 3[H3PO4] = [OH"] %3D

Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter20: Organic Chemistry
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Problem 98AP
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The proton balance equation for a solution of NazPO4 is
O [H30*] + [H2PO4] + 3[H3PO4] = [OH']+ 3[P041
3[PO43]
O [H3O*] + [H3PO41 = [OH] + 3[PO431
O [H30] + [H2PO4] + [H3PO4] = [OH'] + 2[PO4
O (H30*] + [HPO42] + 2[H2PO41 + 3[H3PO4] = [OH]
%3D
Transcribed Image Text:The proton balance equation for a solution of NazPO4 is O [H30*] + [H2PO4] + 3[H3PO4] = [OH']+ 3[P041 3[PO43] O [H3O*] + [H3PO41 = [OH] + 3[PO431 O [H30] + [H2PO4] + [H3PO4] = [OH'] + 2[PO4 O (H30*] + [HPO42] + 2[H2PO41 + 3[H3PO4] = [OH] %3D
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