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1.0 g of AgNO3 is dissolved in 50 " mL o...

1.0 g of `AgNO_3` is dissolved in 50 " mL of " water It is titrated with 50 " mL of " KI solution. The Agl precipitated is filtered off. Excess of KI in the filtrate is titrated with `(M)/(10)` `KIO_3` in the presence of `6MHCl` till all `I^(ɵ)` converted into ICI. It requires 50 " mL of " `(M)/(10)` `KIO_3` solution. 20 " mL of " the same solution of KI requires 30 " mL of " `(M)/(10)KIO_3` under the same conditions. Determine the percentage of `AgNO_3` in the sample.

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`%` of `AgNO_(3)=85`
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AAKASH INSTITUTE ENGLISH-REDOX REACTIONS-Assignment (Section I) (Subjective Type Questions)
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  2. A solution is prepared by dissolving 60 g of sodium chloride in 400 g ...

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  4. Balance the equation by lon-electron method (ii) MnO(4)^(-) + H(2)C(...

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  5. Balance the equation by lon-electron method (iii) Cu^(2+) + SO(2) to...

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  13. What is the weight of sodium bromate and molarity of solution to prepa...

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  14. 12 litre of H2 and 11.2 litre of Cl2 are mixed and exploded. The compo...

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  15. What is the weight of sodium bromate and molarity of solution to prepa...

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  16. 5.7 g of bleaching powder was suspended in 500 mL of water. 25 mL of t...

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  17. Borax in water gives the following: B4O7^(2-)+7H2Oto4H2BO3+2overset(...

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  18. 1.0 g of AgNO3 is dissolved in 50 " mL of " water It is titrated with ...

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  19. A solution contains Na(2)CO(3) and NaHCO(3). 10 mL of the solution req...

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