Which one of the following elements forms double or triple bond involving p π - p π bonding?

Question

Which one of the following elements forms double or triple bond involving p π - p π bonding? (A) Carbon (B) Silicon (C) Germanium (D) Tin

Tardigrade Admin · Accepted Answer

Carbon atoms form double or triple bonds involving p π-p π bonding. Carbon shows anomalous behaviour due to its smaller size, higher electronegativity, higher ionization enthalpy and unavailability of d-orbitals.

Q. Which one of the following elements forms double or triple bond involving $p π - p π$ bonding?

Carbon

Silicon

Germanium

Tin

Carbon atoms form double or triple bonds involving $p π - p π$ bonding. Carbon shows anomalous behaviour due to its smaller size, higher electronegativity, higher ionization enthalpy and unavailability of $d$ -orbitals.

Q. Which one of the following elements forms double or triple bond involving pπ−pπ bonding?

Carbon

Silicon

Germanium

Tin

Carbon atoms form double or triple bonds involving pπ−pπ bonding. Carbon shows anomalous behaviour due to its smaller size, higher electronegativity, higher ionization enthalpy and unavailability of d-orbitals.

Q. Which one of the following elements forms double or triple bond involving $p π - p π$ bonding?

Carbon atoms form double or triple bonds involving $p π - p π$ bonding. Carbon shows anomalous behaviour due to its smaller size, higher electronegativity, higher ionization enthalpy and unavailability of $d$ -orbitals.