Which solution below would have the greatest buffering capacity? The solution wa

Question

Which solution below would have the greatest buffering capacity? The solution was prepared from a weak base and the salt of its conjugate acid. 0.1200 M (CH3)3N and 0.1200 M (CH3)3NHF, Kb = 6.30e-5 0.1081 M NH2OH and 0.1081 M NH3OHBr, Kb = 9.10e-9 0.1232 M (CH3)3N and 0.1232 M (CH3)3NHNO3, Kb = 6.30e-5 0.199 M NH2OH and 0.199 M NH3OHCl, Kb = 9.10e-9 Which solution below would have the greatest buffering capacity? The solution was prepared from a weak base and the salt of its conjugate acid. 0.1200 M (CH3)3N and 0.1200 M (CH3)3NHF, Kb = 6.30e-5 0.1081 M NH2OH and 0.1081 M NH3OHBr, Kb = 9.10e-9 0.1232 M (CH3)3N and 0.1232 M (CH3)3NHNO3, Kb = 6.30e-5 0.199 M NH2OH and 0.199 M NH3OHCl, Kb = 9.10e-9 Which solution below would have the greatest buffering capacity? The solution was prepared from a weak base and the salt of its conjugate acid. 0.1200 M (CH3)3N and 0.1200 M (CH3)3NHF, Kb = 6.30e-5 0.1081 M NH2OH and 0.1081 M NH3OHBr, Kb = 9.10e-9 0.1232 M (CH3)3N and 0.1232 M (CH3)3NHNO3, Kb = 6.30e-5 0.199 M NH2OH and 0.199 M NH3OHCl, Kb = 9.10e-9

Explanation / Answer

0.1232 M (CH3)3N and 0.1232 M (CH3)3NHNO3, Kb = 6.30e-5

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