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1. Write the balanced chemical equation for creating the compound from CO2(3) and H20(1). 2. Write the balanced chemical equation for combustion of the compound in the presence of O2(g). 3. Calculate the enthalpy of combustion using thermodynamic values provided in the table below. You do not need to calculate the energy required to create the compound from CO2 and H2O.

1. Write the balanced chemical equation for creating the compound from CO2(3) and H20(1). 2. Write the balanced chemical equation for combustion of the compound in the presence of O2(g). 3. Calculate the enthalpy of combustion using thermodynamic values provided in the table below. You do not need to calculate the energy required to create the compound from CO2 and H2O.

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter4: Energy And Chemical Reactions
Section: Chapter Questions
Problem 82QRT
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For each of the compounds listed below, your assignment is to the following (you'll be submitting a PDF of your work as part of the Post-Lab Assignment): 1. Write the balanced chemical equation for creating the compound from CO2(g) and H20(1). 2. Write the balanced chemical equation for combustion of the compound in the presence of O2(g). 3. Calculate the enthalpy of combustion using thermodynamic values provided in the table below. You do not need to calculate the energy required to create the compound from CO2 and H20. 4. Use the enthalpy of combustion to calculate the energy value. Propane (C3H8), used for heating and cooking Pentane (C5H12), a primary component in "white gas" or Coleman fuel Ethanol (C2H5OH), a gasoline additive and alternative fuel Oleic acid (C18H3402), a primary component in vegetable oil and closely related to compounds found in biodiesel Cetane (C16H34), a primary component of diesel fuel Thermodynamic Data Compound Propane(g) (C3H3) AH; (kJ/mol) -103.8 Pentane(l) (C5H12) -173.5 Ethanol(1) (C2H5OH) -277.7 Oleic acid(1) (C18H3402) -764.8 Cetane(l) (C16H34) -456.3 CO2(3) -393.5 H2O(1) -285.8 O2(8)
Transcribed Image Text:For each of the compounds listed below, your assignment is to the following (you'll be submitting a PDF of your work as part of the Post-Lab Assignment): 1. Write the balanced chemical equation for creating the compound from CO2(g) and H20(1). 2. Write the balanced chemical equation for combustion of the compound in the presence of O2(g). 3. Calculate the enthalpy of combustion using thermodynamic values provided in the table below. You do not need to calculate the energy required to create the compound from CO2 and H20. 4. Use the enthalpy of combustion to calculate the energy value. Propane (C3H8), used for heating and cooking Pentane (C5H12), a primary component in "white gas" or Coleman fuel Ethanol (C2H5OH), a gasoline additive and alternative fuel Oleic acid (C18H3402), a primary component in vegetable oil and closely related to compounds found in biodiesel Cetane (C16H34), a primary component of diesel fuel Thermodynamic Data Compound Propane(g) (C3H3) AH; (kJ/mol) -103.8 Pentane(l) (C5H12) -173.5 Ethanol(1) (C2H5OH) -277.7 Oleic acid(1) (C18H3402) -764.8 Cetane(l) (C16H34) -456.3 CO2(3) -393.5 H2O(1) -285.8 O2(8)
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