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Q.

By assuming sulphide ion (S2) hydrolyses completely into HS1 but further hydrolysis of HS1 is insignificant. If molar solubility of PbS in water found to be 6.0×1010mol.lit1, the solubility product (Ksp) of PbS at same temperature is: [Kw(H2O)=1014,Ka1(H2S)=107,Ka2(H2S)=1014]

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a

3.6×1029mol2.lit2

b

2.16×1028mol2.lit2

c

3.6×1028mol2.lit2

d

2.16×1029mol2.lit2

answer is B.

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Detailed Solution

S2+H2OHS1+OH

Hydrolysis constant = KwKa2=[HS1][OH][S2]

[S2]=(6×1010)2

KSP(PbS)=[Pb2+]1[S2]1=(6×1010)(6×1010)2=2.16×1028M2

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By assuming sulphide ion (S2−) hydrolyses completely into HS−1 but further hydrolysis of HS−1 is insignificant. If molar solubility of PbS in water found to be 6.0×10−10mol.lit−1, the solubility product (Ksp) of PbS at same temperature is: [Kw(H2O)=10−14,Ka1(H2S)=10−7,Ka2(H2S)=10−14]