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Use the bond energies given in the "Bond Energy" table (can be gained from google) to estimate the delta Ho for the reaction gi...Asked by Melissa
Use the bond energies given in the "Bond Energy" table (can be gained from google) to estimate the delta Ho for the reaction given below.
2ClF3(g) + 2O2(g) Cl2O(g) + 3OF2(g)
I did this:
1530 + 996 - (410 + 570) = 1546.
But the answer was wrong. I don't know where I did wrong.
Thanks!
2ClF3(g) + 2O2(g) Cl2O(g) + 3OF2(g)
I did this:
1530 + 996 - (410 + 570) = 1546.
But the answer was wrong. I don't know where I did wrong.
Thanks!
Answers
Answered by
DrBob222
Bonds broken: 6 Cl-F and 2 O=O.
Bonds formed: 2 Cl-O and 6 O-F
delta H = (sum reactants)-(sum products) = delta H rxn.
It is unclear is this is the reaction you want.
Bonds formed: 2 Cl-O and 6 O-F
delta H = (sum reactants)-(sum products) = delta H rxn.
It is unclear is this is the reaction you want.
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