Which of the following would result in the fo | vedclass

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(B) If the molecular axis is the $x-$axis,then the $\pi-$ bond is formed by the lateral overlap of orbitals perpendicular to this axis,such as $p_y$ o

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$2p_y + 2p_y$

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(B) If the molecular axis is the $x-$axis,then the $\pi-$ bond is formed by the lateral overlap of orbitals perpendicular to this axis,such as $p_y$ or $p_z$ orbitals.For the strongest $\pi-$ bond,the overlap should involve orbitals with the same principal quantum number and effective spatial orientation.$2p_x + 2p_x$ results in a $\sigma-$ bond because the orbitals are oriented along the molecular axis.$2p_y + 2p_y$ results in a $\pi-$ bond with effective overlap due to the same principal quantum number $(n=2)$.$2p_y + 3d_{xy}$ and $2p_z + 4p_z$ involve orbitals with different principal quantum numbers,leading to weaker overlap compared to $2p_y + 2p_y$.

Which of the following would result in the formation of the strongest $\pi-$ bond if the molecular axis is the $x-$axis?

Similar Questions

$\pi$ bond is formed by:

Which of the following combinations does not form a $\sigma$ bond?
$(i) \ 2p_y - 2p_y$
$(ii) \ 2p_z - 2p_z$
$(iii) \ 2s - 2p_x$
$(iv) \ 2p_x - 2p_x$

Number of $\sigma$ and $\pi$ bonds present in $CH_3-CH=CH-C\equiv CH$ are

Which of the following contains $p\pi - p\pi$ bonding?

Which of the following statements is $NOT$ correct?

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