Highest Bond dissociation energy?

Let’s learn highest Bond dissociation energy. The most accurate or helpful solution is served by ChaCha.

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Answer:

The breaking of the bonds creates usable energy both combustible and explosive.

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Fluorine has a very small size. It's the smallest atom in the 2nd period. As a result of this, there...

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To break a hydrogen molecule into two atoms, one of the electrons has to be excited by a photon with 4.53 ev to the anti-bonding orbital. How does this bond-dissociation energy work in a crystal?

The lattice energy of NaCl is 786 kj/mol. What type of photon must the electron absorb for a ion to dissociate from the crystal?

Answer:

In NaCl the ions are bound by electrostatic forces according to Coulomb's Law. Anti - bonding orbitals...

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Answer:

Bondlengths are determined by X-ray diffraction of solids, by electron diffraction, and by spectroscopic...

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Answer:

Bond dissociation energy is the enthalpy change per mole or per bond, when a bond is split by homolytic...

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Answer:

As bond length decreases, bond dissociation energy increases.

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The bond length of two atoms is the distance between the centers/ nuclei of the atoms involved in the...

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Answer:

It means bond is very stable or strong.

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Answer:

Bond making release energy wheres bond breaking absorb energy, so bond making is an exothermic process...

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Answer:

Neighboring carbon atoms can even form double and triple bonds in addition to single carbon-carbon bonds...

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