6-21. Mercury(I) is a diatomic ion (Hg2+, also called mercu- rous ion) with a charge of...

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6-21. Mercury(I) is a diatomic ion (Hg2+, also called mercu- rous ion) with a charge of +2. Mercury(I) iodate dissociates as follows: Hg2 (103)2(s) = Hg2+ + 2103 Ksp = [Hg2+ ][103]² FM 750.99 (a) Find the concentrations of Hg2+ and IO3 in a saturated solution of Hg2(IO3)2(s) if there are no other significant species such as the ion pair Hg₂+. 103. (b) Find [Hg2+] in a 0.010 M solution of KIO3 saturated with Hg2(103)2(s). 6-21. Mercury(I) is a diatomic ion (Hg2+, also called mercu- rous ion) with a charge of +2. Mercury(I) iodate dissociates as follows: Hg2 (103)2(s) = Hg2+ + 2103 Ksp = [Hg2+ ][103]² FM 750.99 (a) Find the concentrations of Hg2+ and IO3 in a saturated solution of Hg2(IO3)2(s) if there are no other significant species such as the ion pair Hg₂+. 103. (b) Find [Hg2+] in a 0.010 M solution of KIO3 saturated with Hg2(103)2(s).

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Answer Ksp Hg22IO32 if saturated 1mol of Hg2IO32 1 mol of H... View the full answer