Interactions | Reactions | Processes
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Classified as: Type 11 Lewis Acid/Base Complexation Chemistry
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Generally Onium ion Lewis acids do not complex with Lobe-HOMO Lewis bases, because the Onium ion is liable to transfer a ligand to the Lobe-HOMO Lewis base.
NH4OH (ammonium hydroxide) is clearly a Type 11 Lewis acid/base complex. This species exists in an equilibrium state with NH3 + H2O. For more information look in the Chemogenesis webbook sections on Lewis acids and Lewis bases and the Lewis acid/base interaction matrix.
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HBF4(aq) |
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H2O |
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[BF4]– |
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[H3O]+ |
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Cl– |
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[NH4]+ |
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[CH3COO]– |
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[NH4]+[CH3CO2]– |
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[NH4]+ |
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Cl– |
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NH4Cl |
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[NH4]+ |
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[NO3]– |
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NH4NO3 |
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[NH4]+ |
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S2– |
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(NH4)2S |
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[NH4]+ |
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[HS]– |
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NH4HS |
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I– |
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[NH4]+ |
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[FHF]– |
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[NH4]+ [FHF]– |
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NH3 |
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HCl |
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NH4Cl |
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[NH4]+ |
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[ClO4]– |
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NH4ClO4 |
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[NH4]+ |
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(NH4)2S2O8 |
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[NH4]+ |
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[SO3]2– |
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H2O |
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(NH4)2SO3 .H2O |
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[NH4]+ |
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(NH4)2S2O3 |
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[NH4]+ |
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F– |
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NH4F |
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[NH4]+ |
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[VO3]– |
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NH4VO3 |
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[H3O]+ |
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[OH]– |
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H2O |
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© Mark R. Leach 1999 –
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