Identify the correct statement from below, concerning the structure of CH2=C=CH2 .

Question

Identify the correct statement from below, concerning the structure of CH2=C=CH2 . (A) The molecule is planar (B) One of the three carbon atoms is in sp3 hybridized state (C) The molecule is non-planar with the two -CH2 groups being in planes perpendicular to each other (D) All the carbon atoms are sp-hybridized

Tardigrade Admin · Accepted Answer

The structure, CH2=C=CH2 is non-planar with the two - CH2 groups being in planes perpendicular to each other.

Q. Identify the correct statement from below, concerning the structure of $C H_{2} = C = C H_{2}$ .

The molecule is planar

One of the three carbon atoms is in $s p^{3}$ hybridized state

The molecule is non-planar with the two $- C H_{2}$ groups being in planes perpendicular to each other

All the carbon atoms are sp-hybridized

The structure, $C H_{2} = C = C H_{2}$ is non-planar with the two $- C H_{2}$ groups being in planes perpendicular to each other.

Q. Identify the correct statement from below, concerning the structure of CH2​=C=CH2​ .

The molecule is planar

One of the three carbon atoms is in sp3 hybridized state

The molecule is non-planar with the two −CH2​ groups being in planes perpendicular to each other

All the carbon atoms are sp-hybridized

The structure, CH2​=C=CH2​ is non-planar with the two −CH2​ groups being in planes perpendicular to each other.

Q. Identify the correct statement from below, concerning the structure of $C H_{2} = C = C H_{2}$ .

One of the three carbon atoms is in $s p^{3}$ hybridized state

The molecule is non-planar with the two $- C H_{2}$ groups being in planes perpendicular to each other

The structure, $C H_{2} = C = C H_{2}$ is non-planar with the two $- C H_{2}$ groups being in planes perpendicular to each other.