I) A sample is analyzed for its tin content by an oxidation-reduction titration with Is (aq). A 10.00 g of sample is crushed, dissolved in sulfuric acid, and passed over a reducing agent so that all the tin is in the form Sn²*. The Sn2"(aq) is completely oxidized by 34.60 mL of a 0.5560 M solution of Nal3. Calculate the amount of tin and its mass percentage in the sample. I, (aq) + Sn2 (aq) → Sn*(aq) + I (aq)

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I) A sample is analyzed for its tin content by an oxidation-reduction titration with I3 (ag).
A 10.00 g of sample is crushed, dissolved in sulfuric acid, and passed over a reducing agent
so that all the tin is in the form Sn". The Sn (aq) is completely oxidized by 34.60 mL of
a 0.5560 M solution of Nal3. Calculate the amount of tin and its mass percentage in the
sample.
2+
I (aq) + Sn2 (aq) → Sn*"(aq) + I (aq)
Transcribed Image Text:I) A sample is analyzed for its tin content by an oxidation-reduction titration with I3 (ag). A 10.00 g of sample is crushed, dissolved in sulfuric acid, and passed over a reducing agent so that all the tin is in the form Sn". The Sn (aq) is completely oxidized by 34.60 mL of a 0.5560 M solution of Nal3. Calculate the amount of tin and its mass percentage in the sample. 2+ I (aq) + Sn2 (aq) → Sn*"(aq) + I (aq)
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