Asked by Jill
True
False
a bond that is more loosely held together
a bond that contains greater potential energy
a bond that can be easily broken
a bond that requires great amount of energy to break apart
A)
The bond energy of An atom that is held together by a triple bond can be described as
(4
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AI
Answer: "a bond that requires a great amount of energy to break apart."
Explanation: A triple bond is stronger and shorter than single or double bonds, so it has a higher bond energy (higher bond dissociation energy) and requires more energy to break. Note: although stronger bonds require more input energy to break, they correspond to a lower (more negative) potential energy for the bonded state compared with separated atoms.
Explanation: A triple bond is stronger and shorter than single or double bonds, so it has a higher bond energy (higher bond dissociation energy) and requires more energy to break. Note: although stronger bonds require more input energy to break, they correspond to a lower (more negative) potential energy for the bonded state compared with separated atoms.
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