Determine the number of sigma bonds and pi bonds in each of the following molecules. H2C…
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Question “Determine the number of sigma bonds and pi bonds in each of the following molecules. H2C…”
Answer
This problem can be solved using the concepts of sigma bonds (s bond), and pi bonds (p bond). A sigma bond is a covalent bond that results from head-on overlap between atomic orbitals. The strongest covalent bond is the sigma bond. Pi bonds are covalent bonds formed by the overlap of atomic orbitals. They are close to each other through two overlap areas.
The total number pi and sigma bonds must be determined in order to determine their total. A single bond is $math_tag_0.
Part A.1
The chemical structure is as follows:
The above-mentioned structure is $math_tag_1 in this instance.
Part A.2
The chemical structure is as follows:
The above-mentioned structure is $math_tag_0 in this instance.
Part B.1
The chemical structure is as follows:
The above-mentioned structure is $math_tag_3 in this instance.
Part B.2
The chemical structure is as follows:
The above-mentioned structure is $math_tag_4 in this instance.
Part C.1
The chemical structure is as follows:
The above-mentioned structure is $math_tag_1 in this instance.
Part C.2
The chemical structure is as follows:
The above-mentioned structure is $math_tag_4 in this instance.
Part d.1
The chemical structure is as follows:
The above-mentioned structure is $math_tag_7 in this instance.
Part d.2
The chemical structure is as follows:
The above-mentioned structure is {\rm{2}}Ans Part a.1
The {\rm{5}}Part A.2 structure has sigma bonds totalling 32
{\rm{1}}Part B.1 is the total number of pi bonds within this structure.
The $math_tag_11 total number of sigma bond in this structure is Part b.2
The {\rm{2}}Part C.1 structure contains a total of 4 pi bonds
The {\rm{6}}Part.2 structure has a total of 7 sigma bonds.
The {\rm{2}}Part.1 structure contains a total of 4 pi bonds.
The {\rm{8}}Part.2 structure has a total of 25 sigma bonds.
The $math_tag_4 structure has a total of 4 pi bonds.
Conclusion
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