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Identify the longest, shortest, strongest, and weakest bonds from those highlighted in the images.
♦ Relevant knowledgeThe length of the bond is of the parameters most frequently to be considered in the molecular geometry of a specific molecular. It is defined as the distance between the centre of an atom to the neighboring atom that is joined to it in the structure of a molecules.
Answer:
Triple bonds tend to be the shortest, while single bonds can last for a longer time.
The basis for determining the strength of a bond is the bond dissociation energy, or carbon bonds.
The bond length for a single bond is [katex]1.54\,{{\rm{A}}^{\rm{o}}}[/katex].
Double bond bond has a bond length [katex]1.34\,{{\rm{A}}^{\rm{o}}}[/katex].
Triple bond bond length is [katex]1.20\,{{\rm{A}}^{\rm{o}}}[/katex].
These are the bond dissociation energies for carbon, carbon bonds:
C-C is the weakest bond among all of the above.
Below are the compounds shown:
Compound-D has the longest bond
Compound-A has the shortest bond.
Below are the compounds shown:
Compound-A is the strongest bond.
Compound-D has the weakest bond.
Ans:
Below are the strongest, weakest, longest and shortest bonds.