I'm not sure exactly what type of bond energy is reported in your table.

When I check bond energies, they seem to be in the same range.

I am looking for a table that has the bond energies of carbon with other elements.

Other times, chemical energy is used to refer to the difference in bond energies.

Don't use any of these bond energy estimates out of context.

Third, bond energies are useful when comparing similar classes of substances.

Parameters can be obtained from chemical bond energy data.

Both texts and teachers place too much unwarranted importance on small differences in bond energies.

Too much emphasis is given to "bond energies" in introductory chemistry courses.

Ideally, the term "bond energy" should probably be deleted from the chemical lexicon.

Generally the selectivity of oxidation is determined by bond energies.

This bonding energy usually results in a maximum kinetic energy loss of the system.

For physisorption the bond energy is only about 80 kJ/mol.

Bond energy (E) should not be confused with bond-dissociation energy.

These data can be massaged according to certain criteria and result in a self-consistent set of bond energies.

Chemotrophs: Bond energy is released from a chemical compound.

The opposite trend is observed for the Si-X bond energies.

This "bumping" causes the bond energy of the iso-octane to be higher (it is less stable).

However, there is also a loss of energy (bond energy) in the formation of the molecule.

Furthermore, the bond energy is defined as the amount of energy required to break the bond.

The bonds in tetrafluoromethane have a bonding energy of 515 kJ mol.

Their bonding energies are less than a few kcal/mol.

Replies: The bond energy of F2 is exceptionally weak compared to the other halogens.

A quick note to mention is the work corresponding to the hysteresis in the force profile (Figure 2) does not correlate to the bond energy.

A simpler and more qualitative way of determining dangling bond energy levels is with Harrisson diagrams.