C₂H5OH +30₂ → 2C0₂ + 3H₂O Use the table of average bond energies above to calculate the total energy transferred in to b

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C₂H5OH +30₂ → 2C0₂ + 3H₂O Use the table of average bond energies above to calculate the total energy transferred in to b

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C H5oh 30 2c0 3h O Use The Table Of Average Bond Energies Above To Calculate The Total Energy Transferred In To B 1
C H5oh 30 2c0 3h O Use The Table Of Average Bond Energies Above To Calculate The Total Energy Transferred In To B 1 (44.18 KiB) Viewed 53 times
C₂H5OH +30₂ → 2C0₂ + 3H₂O Use the table of average bond energies above to calculate the total energy transferred in to break all these bonds in the reactants. You may find recreating the table below on scratch paper helpful in calculating the total energy transferred. Molecular Structure Bond Broken Bond Energy (kJ/mol) Number of Bonds Broken Net Energy (kl/mol) C-H HH C-C II H-C-C-O-H LI C-O HH O-H 010 O=0 010 0=0 =0 0=0
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