In CO_2,C is sp hybridised using s and p_x or | vedclass

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(D) In $CO_2$,the carbon atom is $sp$ hybridised. If the hybridisation involves $s$ and $p_x$ orbitals,the hybrid orbitals lie along the $x$-axis.Sinc

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$CO_2$ is present in infinite planes

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(D) In $CO_2$,the carbon atom is $sp$ hybridised. If the hybridisation involves $s$ and $p_x$ orbitals,the hybrid orbitals lie along the $x$-axis.Since the molecule is linear,the $O-C-O$ bond axis must be the $x$-axis.The $\sigma$ bonds are formed by the overlap of $sp$ hybrid orbitals of $C$ with the $p_x$ orbitals of $O$ atoms.The remaining $p_y$ and $p_z$ orbitals of $C$ are used for $\pi$ bonding with the $p_y$ and $p_z$ orbitals of $O$ atoms respectively.Because the molecule is linear and lies along the $x$-axis,it can be considered to exist in any plane containing the $x$-axis (e.g.,$XY$ plane,$XZ$ plane,or any plane rotated around the $x$-axis).Therefore,the molecule is present in infinite planes.

In $CO_2$,$C$ is $sp$ hybridised using $s$ and $p_x$ orbitals. Then:

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