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17 Nov 2019
Experiments show that it takes 1656 kJ/mol to break all the bonds in methane (CH_4) and 4006 kJ/mol to break all the bonds in propane (C_3H_8). Based on these data, calculate the average bond enthalpy of the C-C bond. kJ/mole Draw the Lewis structures of each compound to determine how many of each type of bond is present. The average C-H bond enthalpy in methane is the same as the average C-H bond enthalpy in propane. How can you use the information to find the average C-C bond in propane?
Experiments show that it takes 1656 kJ/mol to break all the bonds in methane (CH_4) and 4006 kJ/mol to break all the bonds in propane (C_3H_8). Based on these data, calculate the average bond enthalpy of the C-C bond. kJ/mole Draw the Lewis structures of each compound to determine how many of each type of bond is present. The average C-H bond enthalpy in methane is the same as the average C-H bond enthalpy in propane. How can you use the information to find the average C-C bond in propane?
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Tod ThielLv2
5 Oct 2019
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