A 0.2417g sample of a compound composed of C,H,O,CI only, is burned in oxygen yielding 0.4964g of CO2 and 0.0846g of H₂O. A separate 0.1696g sample of the compound is fused with sodium metal, the products dissolved in water and the chloride quantitatively precipitated with AgNO3 to yield 0.1891g of AgCl. What is the simplest empirical formula for the compound. C12H8O2Cl2 C6H5OCI C3H1002CI C6H5O2CI

A 0.2417g sample of a compound composed of C,H,O,CI only, is burned in oxygen yielding 0.4964g of CO2 and 0.0846g of H₂O. A separate 0.1696g sample of the compound is fused with sodium metal, the products dissolved in water and the chloride quantitatively precipitated with AgNO3 to yield 0.1891g of AgCl. What is the simplest empirical formula for the compound. C12H8O2Cl2 C6H5OCI C3H1002CI C6H5O2CI

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

A 0.2417g sample of a compound composed of C,H,O,CI only, is burned in oxygen
yielding 0.4964g of CO2 and 0.0846g of H2O.
A separate 0.1696g sample of the compound is fused with sodium metal, the
products dissolved in water and the chloride quantitatively precipitated with AgNO3
to yield 0.1891g of AgCl. What is the simplest empirical formula for the compound.
C12H8O2Cl2
C6H5OCI
C3H10O2CI
C6H5O2CI

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Step 2: Calculating the mass of carbon present in carbon dioxide

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Step 3: Calculating the mass of hydrogen present in water

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Step 4: Calculating the mass of chlorine present silver chloride

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Step 5: Calculating the mass of chlorine in the 0.2417 g of sample 1

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Step 6: Calculating the mass of oxygen present in the sample

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Step 7: Calculate the moles of each atom

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