Which of the following orbital overlaps leads | vedclass

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(B) For bonding to occur,the overlapping orbitals must have the same phase (sign) in the region of overlap. In option $(A)$,the $s$-orbital $(+)$ over

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(B) For bonding to occur,the overlapping orbitals must have the same phase (sign) in the region of overlap. In option $(A)$,the $s$-orbital $(+)$ overlaps with the negative lobe of the $p$-orbital,leading to anti-bonding. In option $(B)$,the $s$-orbital $(+)$ overlaps with the positive lobe of the $p$-orbital,which results in constructive interference and thus leads to bonding. In option $(C)$,the $p$-orbitals overlap with opposite signs,leading to anti-bonding. In option $(D)$,the $p$-orbital and $d$-orbital overlap with opposite signs,leading to anti-bonding. Therefore,option $(B)$ represents a bonding interaction.

Which of the following orbital overlaps leads to bonding?

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