The core principle presented is a formal algorithmic rule for determining electron distribution around atoms by calculating the number of non-bonding electrons ($d$) based on valence electrons, bond count, and formal charge within chemical bonding theory. This mechanism addresses specific conditions where intuitive octet completion fails due to incomplete or expanded octets, as well as electronic configurations resulting in free radicals with odd electron counts. The concept operates strictly within the domain of general chemistry, specifically structural analysis and Lewis dot notation, providing a quantitative verification method for atomic stability against simple heuristic counting rules.
The core principle presented is a formal algorithmic rule for determining electron distribution around atoms by calculating the number of non-bonding electrons ($d$) based on valence electrons, bond …