Calculate the concentrations of each aqueous cobalt-containing species in a solution saturated with Co(OH)2(s), and having a fixed OH− concentration of 3.02×10−4 M. The equilibrium constants for the equilibria that occur in the solution are given in the table. a) [Co2+] = ______________________________________ M b) [Co(OH)+] = _____________________________________ M c) [Co(OH)2(aq)] = _________________________________M

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Calculate the concentrations of each aqueous cobalt-containing species in a solution saturated with Co(OH)2(s), and having a fixed OH− concentration of 3.02×10−4 M. The equilibrium constants for the equilibria that occur in the solution are given in the table.

a) [Co2+] = ______________________________________ M

b) [Co(OH)+] = _____________________________________ M

c) [Co(OH)2(aq)] = _________________________________M

 
Kse
Co(OH)₂ (s)
= 5.92 x 10-15
Co(OH)+ (aq)
= 2.00 × 104
B₁
Co(OH)₂ (aq)
₂ = 1.58 × 10⁹
Co(OH)3(aq)
Co(OH)2 (aq)
3 = 3.16 x 10¹0 B4 = 5.01 x 10⁹
Transcribed Image Text:Kse Co(OH)₂ (s) = 5.92 x 10-15 Co(OH)+ (aq) = 2.00 × 104 B₁ Co(OH)₂ (aq) ₂ = 1.58 × 10⁹ Co(OH)3(aq) Co(OH)2 (aq) 3 = 3.16 x 10¹0 B4 = 5.01 x 10⁹
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