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16.12: Constantes de Formación

  • Page ID
    75460
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    La siguiente tabla proporciona\(K_i\) y\(\beta_i\) valores para los complejos metal-ligando seleccionados, dispuestos por el ligando. Todos los valores son de Martell, A. E.; Smith, R. M. Constantes de Estabilidad Crítica, Vols. 1—4. Plenum Press: Nueva York, 1976. A menos que se indique lo contrario, los valores son para 25 o C y fuerza iónica cero. Esos valores entre paréntesis se consideran menos confiables.

    Acetato

    \(\ce{CH3COO-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {CH3COO-}\) ">Mg 2 + \ (K_1\) ">1.27 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Ca 2+ \ (K_1\) ">1.18 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Ba 2 + \ (K_1\) ">1.07 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Mn 2 + \ (K_1\) ">1.40 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Fe 2+ \ (K_1\) ">1.40 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Co 2 + \ (K_1\) ">1.46 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Ni 2+ \ (K_1\) ">1.43 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Cu 2 + \ (K_1\) ">2.22 \ (K_2\) ">1.41 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Ag + \ (K_1\) ">0.73 \ (K_2\) ">—0.09 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Zn 2+ \ (K_1\) ">1.57 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Cd 2 + \ (K_1\) ">1.93 \ (K_2\) ">1.22 \ (K_3\) ">—0.89 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CH3COO-}\) ">Pb 2+ \ (K_1\) ">2.68 \ (K_2\) ">1.40 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    Amoníaco

    \(\ce{NH3}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {NH3}\) ">Ag + \ (K_1\) ">3.31 \ (K_2\) ">3.91 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {NH3}\) ">Co 2+ (T = 20 °C) \ (K_1\) ">1.99 \ (K_2\) ">1.51 \ (K_3\) ">0.93 \ (K_4\) ">0.64 \ (K_5\) ">0.06 \ (K_6\) ">—0.73
    \ (\ ce {NH3}\) ">Ni 2 + \ (K_1\) ">2.72 \ (K_2\) ">2.17 \ (K_3\) ">1.66 \ (K_4\) ">1.12 \ (K_5\) ">0.67 \ (K_6\) ">—0.03
    \ (\ ce {NH3}\) ">Cu 2+ \ (K_1\) ">4.04 \ (K_2\) ">3.43 \ (K_3\) ">2.80 \ (K_4\) ">1.48 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {NH3}\) ">Zn 2 + \ (K_1\) ">2.21 \ (K_2\) ">2.29 \ (K_3\) ">2.36 \ (K_4\) ">2.03 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {NH3}\) ">Cd 2+ \ (K_1\) ">2.55 \ (K_2\) ">2.01 \ (K_3\) ">1.34 \ (K_4\) ">0.84 \ (K_5\) "> \ (K_6\) ">

    Cloruro

    \(\ce{Cl-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {Cl-}\) ">Cu 2 + \ (K_1\) ">0.40 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {Cl-}\) ">Fe 3+ \ (K_1\) ">1.48 \ (K_2\) ">0.65 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {Cl-}\)” class="lt-chem-135872">

    Ag + (\(\mu = 5.0 \text{ M}\))

    \ (K_1\) ">3.70 \ (K_2\) ">1.92 \ (K_3\) ">0.78 \ (K_4\) ">—0.3 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {Cl-}\) ">Zn 2 + \ (K_1\) ">0.43 \ (K_2\) ">0.18 \ (K_3\) ">—0.11 \ (K_4\) ">—0.3 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {Cl-}\) ">Cd 2+ \ (K_1\) ">1.98 \ (K_2\) ">1.62 \ (K_3\) ">—0.2 \ (K_4\) ">—0.7 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {Cl-}\) ">Pb 2 + \ (K_1\) ">1.59 \ (K_2\) ">0.21 \ (K_3\) ">—0.1 \ (K_4\) ">—0.3 \ (K_5\) "> \ (K_6\) ">

    Cianuro

    \(\ce{CN-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {CN-}\) ">Fe 2 + \ (K_1\) "> \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">35.4 (\(\beta_6\))
    \ (\ ce {CN-}\) ">Fe 3+ \ (K_1\) "> \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">43.6 (\(\beta_6\))
    \ (\ ce {CN-}\) ">Ag + \ (K_1\) "> \ (K_2\) ">20.48 (\(\beta_2\)) \ (K_3\) ">0.92 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CN-}\) ">Zn 2+ \ (K_1\) "> \ (K_2\) ">11.07 (\(\beta_2\)) \ (K_3\) ">4.98 \ (K_4\) ">3.57 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CN-}\) ">Cd 2 + \ (K_1\) ">6.01 \ (K_2\) ">5.11 \ (K_3\) ">4.53 \ (K_4\) ">2.27 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CN-}\) ">Hg 2+ \ (K_1\) ">17.00 \ (K_2\) ">15.75 \ (K_3\) ">3.56 \ (K_4\) ">2.66 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {CN-}\) ">Ni 2 + \ (K_1\) "> \ (K_2\) "> \ (K_3\) "> \ (K_4\) ">30.22 (\(\beta_4\)) \ (K_5\) "> \ (K_6\) ">

    Etilendiamina

    \(\ce{H2NCH2CH2NH2}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {H2NCH2CH2NH2}\) ">Ni 2 + \ (K_1\) ">7.38 \ (K_2\) ">6.18 \ (K_3\) ">4.11 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {H2NCH2CH2NH2}\) ">Cu 2+ \ (K_1\) ">10.48 \ (K_2\) ">9.07 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {H2NCH2CH2NH2}\) ">Ag + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">4.700 \ (K_2\) ">3.00 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {H2NCH2CH2NH2}\) ">Zn 2 + \ (K_1\) ">5.66 \ (K_2\) ">4.98 \ (K_3\) ">3.25 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {H2NCH2CH2NH2}\) ">Cd 2+ \ (K_1\) ">5.41 \ (K_2\) ">4.50 \ (K_3\) ">2.78 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    EDTA

    Se muestra la estructura química del EDTA.

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    Mg 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">8.79 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ca 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">10.69 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ba 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">7.86 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Bi 3 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">27.8 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Co 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">16.31 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ni 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">18.62 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cu 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">18.80 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cr 3 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) "> [23.4] \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Fe 3 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">25.1 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ag + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">7.32 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Zn 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">16.50 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cd 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">16.46 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Hg 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">21.7 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Pb 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">18.04 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Al 3 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">16.3 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    Fluoruro

    \(\ce{F-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {F-}\) ">Al 3 + \ (K_1\) ">6.11 \ (K_2\) ">5.01 \ (K_3\) ">3.88 \ (K_4\) ">3.0 \ (K_5\) ">1.4 \ (K_6\) ">0.4

    Hidróxido

    \(\ce{OH-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {OH-}\) ">Al 3 + \ (K_1\) ">9.01 \ (K_2\) "> [9.69] \ (K_3\) "> [8.3] \ (K_4\) ">6.0 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Co 2 + \ (K_1\) ">4.3 \ (K_2\) ">4.1 \ (K_3\) ">1.3 \ (K_4\) ">0.5 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Fe 2+ \ (K_1\) ">4.5 \ (K_2\) ">] 2.9] \ (K_3\) ">2,6 \ (K_4\) ">—0.4 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Fe 3 + \ (K_1\) ">11.81 \ (K_2\) ">10.5 \ (K_3\) ">12.1 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Ni 2+ \ (K_1\) ">4.1 \ (K_2\) ">3.9 \ (K_3\) ">3. \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Pb 2 + \ (K_1\) ">6.3 \ (K_2\) ">4.6 \ (K_3\) ">3.0 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {OH-}\) ">Zn 2+ \ (K_1\) ">5.0 \ (K_2\) "> [6.1] \ (K_3\) ">2.5 \ (K_4\) "> [1.2] \ (K_5\) "> \ (K_6\) ">

    yoduro

    \(\ce{I-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {I-}\) ">Ag + \ (K_1\) ">6.58 \ (K_2\) "> [5.12] \ (K_3\) "> [1.4] \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {I-}\) ">Cd 2+ (T = 18 °C) \ (K_1\) ">2.28 \ (K_2\) ">1.64 \ (K_3\) ">1.08 \ (K_4\) ">1.0 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {I-}\) ">Pb 2 + \ (K_1\) ">1.92 \ (K_2\) ">1.28 \ (K_3\) ">0.7 \ (K_4\) ">0.6 \ (K_5\) "> \ (K_6\) ">

    Nitriloacetato

    Se muestra la estructura química del nitriloacetato.

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    Mg 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">5.41 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ca 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">6.41 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ba 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">4.82 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Mn 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">7.44 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Fe 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">8.33 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Co 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">10.38 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ni 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">11.53 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cu 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">12.96 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Fe 3 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">15.9 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Zn 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">10.67 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cd 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">9.83 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Pb 2 + (T = 20 °C,\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">11.39 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    Oxalato

    \(\ce{C2O4^{2-}}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {C2O4^ {2-}}\) ">Ca 2 + (\(\mu = 1 \text{ M}\)) \ (K_1\) ">1.66 \ (K_2\) ">1.03 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Fe 2 + (\(\mu = 1 \text{ M}\)) \ (K_1\) ">3.05 \ (K_2\) ">2.10 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Co 2 + \ (K_1\) ">4.72 \ (K_2\) ">2.28 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Ni 2 + \ (K_1\) ">5.16 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Cu 2 + \ (K_1\) ">6.23 \ (K_2\) ">4.04 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Fe 3 + (\(\mu = 0.5 \text{ M}\)) \ (K_1\) ">7.53 \ (K_2\) ">6.11 \ (K_3\) ">4.83 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {C2O4^ {2-}}\) ">Zn 2 + \ (K_1\) ">4.87 \ (K_2\) ">2.78 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    1,10-fenantrolina

    Se muestra la estructura química de 1,10-fenantrolina.

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    Fe 2 + \ (K_1\) "> \ (K_2\) "> \ (K_3\) ">20.7 (\(\beta_3\)) \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Mn 2 + (\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">4.0 \ (K_2\) ">3.3 \ (K_3\) ">3.0 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Cu 2 + (\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">7.08 \ (K_2\) ">6.64 \ (K_3\) ">6.08 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ni 2 + \ (K_1\) ">8.6 \ (K_2\) ">8.1 \ (K_3\) ">7.6 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Fe 3 + \ (K_1\) "> \ (K_2\) "> \ (K_3\) ">13.8 (\(\beta_3\)) \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Ag + (\(\mu = 0.1 \text{ M}\)) \ (K_1\) ">5.02 \ (K_2\) ">7.04 \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    Zn 2 + \ (K_1\) ">6.2 \ (K_2\) "> [5.9] \ (K_3\) "> [5.2] \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    Tiosulfato

    \(\ce{S2O3^{2-}}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {S2O3^ {2-}}\) ">Ag + (T = 20 °C) \ (K_1\) ">8.82 \ (K_2\) ">4.85 \ (K_3\) ">0.53 \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">

    Tiocianato

    \(\ce{SCN-}\)

    registro\(K_1\) registro\(K_2\) registro\(K_3\) registro\(K_4\) registro\(K_5\) registro\(K_6\)
    \ (\ ce {SCN-}\) ">Mn 2 + \ (K_1\) ">1.23 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Fe 2 + \ (K_1\) ">1.31 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Co 2 + \ (K_1\) ">1.71 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Ni 2 + \ (K_1\) ">1.76 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Cu 2 + \ (K_1\) ">2.33 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Fe 3 + \ (K_1\) ">3.02 \ (K_2\) "> \ (K_3\) "> \ (K_4\) "> \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Ag + \ (K_1\) ">4.8 \ (K_2\) ">3.43 \ (K_3\) ">1.27 \ (K_4\) ">0.2 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Zn 2 + \ (K_1\) ">1.33 \ (K_2\) ">0.58 \ (K_3\) ">0.09 \ (K_4\) ">—0.4 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Cd 2 + \ (K_1\) ">1.89 \ (K_2\) ">0.89 \ (K_3\) ">0.02 \ (K_4\) ">—0.5 \ (K_5\) "> \ (K_6\) ">
    \ (\ ce {SCN-}\) ">Hg 2 + \ (K_1\) "> \ (K_2\) ">17.26 (\(\beta_2\)) \ (K_3\) ">2.71 \ (K_4\) ">1.83 \ (K_5\) "> \ (K_6\) ">

    This page titled 16.12: Constantes de Formación is shared under a CC BY-NC-SA license and was authored, remixed, and/or curated by David Harvey.