n Section 5.6, we learned that triple bonds are stronger and shorter than single bonds. For example, a C-C single bond has an average bond energy of 347 kJ/mole, while a C = C triple bond has an average bond energy of 837 kJ/mole. Use valence bond theory to explain why a triple bond is not simply three times as strong as a single bond. O The C C triple bond is an exception. According to valence bond theory, a triple bond is generally three times as strong as a single bond. O Because according to valence bond theory, a triple bond is actually composed of two different kinds of bonds, one σ and two . O Because according to valence bond theory, a triple bond is the sharing of four electron pairs. tv AO @ X Aa
n Section 5.6, we learned that triple bonds are stronger and shorter than single bonds. For example, a C-C single bond has an average bond energy of 347 kJ/mole, while a C = C triple bond has an average bond energy of 837 kJ/mole. Use valence bond theory to explain why a triple bond is not simply three times as strong as a single bond. O The C C triple bond is an exception. According to valence bond theory, a triple bond is generally three times as strong as a single bond. O Because according to valence bond theory, a triple bond is actually composed of two different kinds of bonds, one σ and two . O Because according to valence bond theory, a triple bond is the sharing of four electron pairs. tv AO @ X Aa
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Chapter1: Chemical Foundations
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![n Section 5.6, we learned that triple bonds are stronger and shorter than single bonds. For example, a C-C single bond has an average bond energy of 347 kJ/mole, while a
C=C triple bond has an average bond energy of 837 kJ/mole. Use valence bond theory to explain why a triple bond is not simply three times as strong as a single bond.
The C C triple bond is an exception. According to valence bond theory, a triple bond is generally three times as strong as a single bond.
O Because according to valence bond theory, a triple bond is actually composed of two different kinds of bonds, one o and two
Because according to valence bond theory, a triple bond is the sharing of four electron pairs.
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Transcribed Image Text:n Section 5.6, we learned that triple bonds are stronger and shorter than single bonds. For example, a C-C single bond has an average bond energy of 347 kJ/mole, while a
C=C triple bond has an average bond energy of 837 kJ/mole. Use valence bond theory to explain why a triple bond is not simply three times as strong as a single bond.
The C C triple bond is an exception. According to valence bond theory, a triple bond is generally three times as strong as a single bond.
O Because according to valence bond theory, a triple bond is actually composed of two different kinds of bonds, one o and two
Because according to valence bond theory, a triple bond is the sharing of four electron pairs.
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