Question

Select the correct statement about \sigma -bonds in valence bond theory. A \sigma bond is stronger than a \pi bond. A \sigma bond can hold 4 electrons, two above and two below the \sigma-bond axis. A carbon-carbon double bond consists of two \pi bonds. A \pi bond is the same strength as a \sigma bond. A \sigma bond consists of two electron clouds, one above and one below the bond axis. SUBMIT

          Select the correct statement about \sigma -bonds in
valence bond theory.
A \sigma bond is stronger than a \pi bond.
A \sigma bond can hold 4 electrons, two
above and two below the \sigma-bond
axis.
A carbon-carbon double bond
consists of two \pi bonds.
A \pi bond is the same strength as a \sigma
bond.
A \sigma bond consists of two electron
clouds, one above and one below the
bond axis.
SUBMIT

Select the correct statement about σ-bonds in
valence bond theory.
A σbond is stronger than a πbond.
A σbond can hold 4 electrons, two
above and two below the σ-bond
axis.
A carbon-carbon double bond
consists of two πbonds.
A πbond is the same strength as a σbond.
A σbond consists of two electron
clouds, one above and one below the
bond axis.
SUBMIT

Added by Silvia R.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Nicole Krahulik

04/01/2022

Step 1

Statement 1: A $\sigma$ bond is stronger than a $\pi$ bond. This is true. $\sigma$ bonds are formed by head-on overlap of atomic orbitals, resulting in a stronger bond compared to $\pi$ bonds, which are formed by sideways overlap. Statement 2: A $\sigma$ bond can Show more…

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Select the correct statement about $\sigma$-bonds in valence bond theory. A $\sigma$ bond is stronger than a $\pi$ bond. A $\sigma$ bond can hold 4 electrons, two above and two below the $\sigma$-bond axis. A carbon-carbon double bond consists of two $\pi$ bonds. A $\pi$ bond is the same strength as a $\sigma$ bond. A $\sigma$ bond consists of two electron clouds, one above and one below the bond axis.