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Q.

When 214gms of potassium iodide reacts with excess of KI in presence of H+ then it produces , I2 now I2 is completely reacted with 1M Na2S2O3 sol in OH- (basic) medium. Where it is converted into sulphate ions. Then volume (in ml) of the hypo  needed to react at the end point of the reaction is

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answer is 750.

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Detailed Solution

The balanced chemical equation

 (i) KIO3+5KI+3H2O3I2+6KOH

 (ii) Na2S2O3+4I2+10NaOH2Na2SO4+8NaI+5H2O

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8gmeq of I21gmeq of Hypo n factor of I2=2

6gmeq of I2?6/8=3/4=0.75gmeq of Hypo. 

No of gm-equivalents =N×VisltVlt=0.751N=0.75L=750ml

1MNa2S2O3=1NNa2S2O3

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When 214gms of potassium iodide reacts with excess of KI in presence of H+ then it produces , I2 now I2 is completely reacted with 1M Na2S2O3 sol in OH- (basic) medium. Where it is converted into sulphate ions. Then volume (in ml) of the hypo  needed to react at the end point of the reaction is