What is the maximum number of -bonds that can physically exist between any two identical non-metal a — Chemical Bonding Chemistry Question
Question
What is the maximum number of $\pi$ -bonds that can physically exist between any two identical non-metal atoms in a standard covalent molecule?
Answer: 2
💡 Solution & Explanation
A triple bond is the highest order classical covalent bond typically formed between main group elements (like $N \equiv N$ or $C \equiv C$). A triple bond consists of one axial $\sigma$ -bond and exactly two lateral $\pi$ -bonds (formed by the remaining two pairs of orthogonal $p$ -orbitals).
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