Answer to Question #247410 in General Chemistry for Bre

Question

In a similar investigation, a student following the procedure in this exercise was tasked with determining the identity of a hydriated chloride of tin. The percent water of hydration was previously determined to be 25.09%. Titration of a 0.2963g sample of the hydrated salt required 16.10 mL of 0.2098M AgNO3 to reach the equivalence point.

a) Determine mass and number of moles of water in the hydrate tin chloride sample

b) Determine the mass of the anhydrous tin chloride

c) Determine number of moles and the mass of chloride present in the sample based on the titration results

d) Determjne the mass and the number of moles of tin in the anhydrous tin chloride

e) Determine the mole ratio of chloride to tin in the anhydrous sample and it’s empirical formula

f) Determine the mole ratio of water to anhydrous tin chloride in the hydrated salt

g) Determine the empirical formula of the hydrated tin chloride and write its chemical name (systematic name)

Answer 1

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