The iron, tin, and titanium in a sample were jointly precipitated as hydroxides, which were washed and ignited to produce Fe₂O3, SnO2, and TiO₂. This mxture of oxides, which amounted to 0.3768 g, was dssolved after fusion with potassium pyrosulfate. Analys s showed that 0.0322 g of Ti was present. The ron was determined separately as an oxide: 0.1837 g FeO was found. What was the weight (mass) of tin in the sample?

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The iron, tin, and titanium in a sample were jointly precipitated as hydroxides, which were
washed and ignited to produce Fe₂O3, SnO₂, and TiO₂. This mxture of oxides, which
amounted to 0.3768 g, was dssolved after fusion with potassium pyrosulfate. Analys s showed
that 0.0322 g of Ti was present. The ron was determined separately as an oxide: 0.1837 g
FeO was found. What was the weight (mass) of tin in the sample?
Transcribed Image Text:The iron, tin, and titanium in a sample were jointly precipitated as hydroxides, which were washed and ignited to produce Fe₂O3, SnO₂, and TiO₂. This mxture of oxides, which amounted to 0.3768 g, was dssolved after fusion with potassium pyrosulfate. Analys s showed that 0.0322 g of Ti was present. The ron was determined separately as an oxide: 0.1837 g FeO was found. What was the weight (mass) of tin in the sample?
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