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Quantitative Determination of an Empirical Formula (continued)

Quantitative Determination of an Empirical Formula (continued). Objectives Part 2 To calculate the mole ratio of tin and oxygen in the crystalline product To predict an empirical formula for the tin-oxygen product. Conclusions.

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Quantitative Determination of an Empirical Formula (continued)

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  1. Quantitative Determination of an Empirical Formula (continued) • Objectives Part 2 • To calculate the mole ratio of tin and oxygen in the crystalline product • To predict an empirical formula for the tin-oxygen product

  2. Conclusions • Predict the empirical formula for the tin-oxygen product and name the product. • Summary: -Describe the reaction of tin and nitric acid. -How do the concepts learned in the Bean Lab help to determine the mole ratio of tin and oxygen. -Mole ratio results, empirical formula and name of product -Limitations/ sources of error

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