Question
Calculate the heat of reaction for the incomplete combustion of 67.0g propane producing carbon monoxide gas and water vapour.
how would I go about and do this question?
What are you studying? Do you know how to use the thermodynamic tables (delta H<sup>o</sup>, etc).
delta H<sup>rxn</sup> = delta H<sub>(products)</sub> - delta H<sub>(reactants)</sub>
yes I do!
Look in the tables and find delta H for the products, subtract them from delta H for the the raactants and you will have delta H for the reaction.
You need to write a balanced equation first.
C3H8(g) + O2(g) ==> CO(g) + H2O(g)
Delta H(reaction) will be in kJ/mol and you will compare that with 67 g propane (converted to mols, of course).
how would I go about and do this question?
What are you studying? Do you know how to use the thermodynamic tables (delta H<sup>o</sup>, etc).
delta H<sup>rxn</sup> = delta H<sub>(products)</sub> - delta H<sub>(reactants)</sub>
yes I do!
Look in the tables and find delta H for the products, subtract them from delta H for the the raactants and you will have delta H for the reaction.
You need to write a balanced equation first.
C3H8(g) + O2(g) ==> CO(g) + H2O(g)
Delta H(reaction) will be in kJ/mol and you will compare that with 67 g propane (converted to mols, of course).