A) a 10.00g unknown sample with a formula of CxHY was analyzed by combustion analysis. The sample produced 27.42g of CO2(g) and 22.46g H2O(g). Find the empirical formula of the unknown sample. B) Calcuate the total mass of carbon and hydrogen atoms from part A and compare that value to the origional sample mass given. Upon comparison, do your values make sense? Name the scientific law that supports your reasoning. C) A 10.00g unknown sample containing C, H and O was analyzed by combustion analysis. The sample produced 19.10g of CO2 (g) and 11.73g of H2O (g). FInd the empirical formula of the unknown sample.
A) a 10.00g unknown sample with a formula of CxHY was analyzed by combustion analysis. The sample produced 27.42g of CO2(g) and 22.46g H2O(g). Find the empirical formula of the unknown sample. B) Calcuate the total mass of carbon and hydrogen atoms from part A and compare that value to the origional sample mass given. Upon comparison, do your values make sense? Name the scientific law that supports your reasoning. C) A 10.00g unknown sample containing C, H and O was analyzed by combustion analysis. The sample produced 19.10g of CO2 (g) and 11.73g of H2O (g). FInd the empirical formula of the unknown sample.
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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A) a 10.00g unknown sample with a formula of CxHY was analyzed by combustion analysis. The sample produced 27.42g of CO2(g) and 22.46g H2O(g). Find the empirical formula of the unknown sample.
B) Calcuate the total mass of carbon and hydrogen atoms from part A and compare that value to the origional sample mass given. Upon comparison, do your values make sense? Name the scientific law that supports your reasoning.
C) A 10.00g unknown sample containing C, H and O was analyzed by combustion analysis. The sample produced 19.10g of CO2 (g) and 11.73g of H2O (g). FInd the empirical formula of the unknown sample.
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