VIGYAAN KI KHOJ ME#!#HAMARA BRAHMAAND

If AB=KI, where K in R, then A^(-1)=

KI+AgNO_(3) to AgI darr

Calculate K_(c ) for the reaction KI_I_(2) hArr KI_(3) . Given that initial weight of KI is 1.326 g weight of KI_(3) is 0.105 g and number of moles of free I_(2) is 0.0025 at equilibrium the volume of solution is 1-L .

Statement 1 : When KI is added to HgCl_(2) , a scarlet red ppt comes which dissolves in excess KI Statement 2 : HgCl_(2) reacts with KI to form scarlet red coloured ppt. of HgI_(2) which further reacts with excess KI to produce K_(2)HgI_(4) a soluble complex.

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