`[Co(CN)_(6)]^(3-)` में कोबाल्ट (Co) पर आवेश है|

The overall formation constant for the reaction of 6 mole of CN^(-) with cobalt (II) is 1 xx 10^(19) . The standard reduction potential for the reaction [Co(CN)_(6)]^(3-) +e^(-) rarr Co(CN)_(6)^(4-) is -0.83V . Calculate the formation constant of [Co(CN)_(6)]^(3-) Given Co^(3+) +e^(-) rarr Co^(2+) , E^(@) = 1.82V

The overall formation constant for the reaction of 6 mole of CN^(-) with cobalt (II) is 1 xx 10^(19) . The standard reduction potential for the reaction [Co(CN)_(6)]^(3-) +e^(-) rarr Co(CN)_(6)^(4-) is -0.83V . Calculate the formation constant of [Co(CN)_(6)]^(3-) Given Co^(3+) +e^(-) rarr Co^(2+) , E^(@) = 1.82V

Identify the correct order of wavelength of light absorbed for the following complex ions. [Co(H_(2)O)_(6)]^(3+)" "," "[Co(CN)_(6)]^(3-)" "," "[Co(I)_(6)]^(3-)" "," "[Co(en)_(3)]^(3+)

The overall formation constant of the following reaction is 1 xx 10^(19) Co^(+2) +6CN^(-) Leftrightarrow [Co(CN)_(6)]^(-3) Calculate formation constant of following comples Co^(+3) +6CN^(-) Leftrightarrow[Co(CN)_(6)]^(-3) Given that [Co(CN)_(6)]^(-4) to [Co(CN)_(6)]^(-3) +e^(-), E^(0)=-0.83V Co^(+3) +e^(-) to Co^(+2), E^(0)=1.82 V

[Cr(CN)_(6)][Co(NH_(3))_(6)] contains