Intermolecular Forces

Section 4

Intermolecular Forces

Intermolecular Forces come from the Inter-aetherspace of the Convertible Layer

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Convertible Layer
  • Convertible
  • Sublayers
  • Media
    • Media
    • Proto-Aetherspace (Weak Force)
    • Intramolecular
    • Inter-Aetherspace
  • Substances
    • The Substance of Conversion
    • High Energy Neutrinos
    • Neutrons
    • Acids and Bases
  • Quantum
  • Conservation
    • The Law of Conservation of Aether
    • Constants
    • Polarities
  • Actions
    • The Actions of Conversion
    • Affinity Flow
    • Conversion (Decay)
    • Bonding
  • Relationalities
    • Convertible Relationalities
    • Weak Force Relationalities
    • Intramolecular Relationalities
  • Technologies

In Material Superphysics, which is based on Descartes’ Physics, Intermolecular Forces are caused by the Inter-aetherspace which is the Convertible Layer of the Micro-Aethersace (atomic space).

MSQ

These are weak attractions such as hydrogen bonds that keep molecules together.

SublayerNameExamples
Upper or OuterOuter Inter-aetherspace (London Dispersion Forces)Protein folding
MidMiddle Inter-aetherspace (Dipole–Dipole Forces)Hydrogen Bonding
Lower or InnerInner Inter-aetherspace (Ion–Dipole Forces)boiling point

Physics organizes them into:

ForcePresent InRelative StrengthExample PairEnergy Range (kJ/mol)
London dispersionAll moleculesWeakestAr···Ar0.05–40
Dipole-dipolePolar moleculesModerateHCl···HCl5–50
Hydrogen bondingN–H, O–H, F–H bondsStrongH₂O···H₂O5–65
Ion-dipoleIons + polar moleculesStrongestNa⁺···H₂O40–600

Order of Boiling Points (for similar molecular masses):

Ionic compounds > Hydrogen bonding > Dipole-dipole > London dispersion

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