(a) CusO_(4) reacts with KI in acidic medium to liberate I_(2): 2CuSO_(4) + 4KI rarr Cu_(2)I_(2) + 2K_(2) SO_(4) + I_(2) (b) Merrcuric per isodate Hg_(5)(IO_(6))_(2) reacts with a mixture of KI and HCI follwingthe equaction: Hg_(5)(10_(6))_*(2) + 34KI + 24HCI rarr 5K_(2) HgI_(4) + 8I_(2) + 24KCI + 12H_(2)O (c) The liberted iodine s titrated against Na_(2)S_(2)O_(3) solution. One mL of whcih is equivalent to 0.0499g of CuSO_(4).5H_(2)O. 5H_(2)O. What volume in mL of Na_(2)S_(2)O_(3) solution will be required to react withI_(2) liberated from 0.7245g of Hg_(5) (10_(6))_(2)? M. wt, of Hg_(5) (10_(6))_(2) = 1448.5 and M.wt of CuSO_(4). 5H_(2)O = 249.5

(a) CusO_(4) reacts with KI in acidic medium to liberate I_(2): 2CuSO

1.	(a) CusO_(4) reacts with KI in acidic medium to liberate I_(2): 2CuSO_(4) + 4KI rarr Cu_(2)I_(2) + 2K_(2) SO_(4) + I_(2) (b) Merrcuric per isodate Hg_(5)(IO_(6))_(2) reacts with a mixture of KI and HCI follwingthe equaction: Hg_(5)(10_(6))_*(2) + 34KI + 24HCI rarr 5K_(2) HgI_(4) + 8I_(2) + 24KCI + 12H_(2)O (c) The liberted iodine s titrated against Na_(2)S_(2)O_(3) solution. One mL of whcih is equivalent to 0.0499g of CuSO_(4).5H_(2)O. 5H_(2)O. What volume in mL of Na_(2)S_(2)O_(3) solution will be required to react withI_(2) liberated from 0.7245g of Hg_(5) (10_(6))_(2)? M. wt, of Hg_(5) (10_(6))_(2) = 1448.5 and M.wt of CuSO_(4). 5H_(2)O = 249.5
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