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[H+]/([H+] +10-3.15)[ H2Cit-] Table 5. Species selected to express the contribution of each conjugate Acid-Base couple to the buffer capacity of Britton-Robinson.

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Presentation on theme: "[H+]/([H+] +10-3.15)[ H2Cit-] Table 5. Species selected to express the contribution of each conjugate Acid-Base couple to the buffer capacity of Britton-Robinson."— Presentation transcript:

1 [H+]/([H+] +10-3.15)[ H2Cit-]
Table 5. Species selected to express the contribution of each conjugate Acid-Base couple to the buffer capacity of Britton-Robinson buffer and corresponding expressions to be added to the basic equation (71) Conjugate couple Selected species Expression K+/KOH KOH [H+]/([H+] )[ DBA-] HDBA/ DBA- DBA- [H+]/([H+] +10-8)[ DBA-] H3Cit/ H2Cit- H2Cit- [H+]/([H+] )[ H2Cit-] H2Cit-/ HCit2- /([H+] )[ H2Cit-] HCit2-/ Cit3- HCit2- 10-6.4/([H+] )[ HCit2-] H3PO4/ H2PO4- H2PO4- [H+]/([H+] )[ H2PO4-] H2PO4-/HPO42- /([H+] )[ H2PO4-] HPO42-/ PO43- HPO42- /([H+] )[ HPO42-] H3BO3/ H2BO3- H2BO3- [H+]/([H+] )[ H2BO3-] H2BO3-/ HBO32- /([H+] )[ H2BO3-] HBO32-/ BO33- HBO32- /([H+] )[ HBO32-] Maria Michela SALVATORE et al. Do You Know What the Buffer Capacity of Your pH Buffer Is?. World Journal of Chemical Education, 2017, Vol. 5, No. 2, doi: /wjce-5-2-5 © The Author(s) Published by Science and Education Publishing.


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