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  • Intermolecular Forces in Nitrogen Gas (N₂): Understanding London Dispersion Forces
    Nitrogen gas (N2) has London Dispersion Forces (LDF) as its primary intermolecular force.

    Here's why:

    * Nonpolar: Nitrogen gas is a diatomic molecule with a symmetrical structure. This makes it nonpolar, meaning it has no permanent dipole moment.

    * Weak, Temporary Dipole: While nitrogen gas has no permanent dipole, temporary dipoles can form due to the random movement of electrons. These temporary dipoles induce similar dipoles in neighboring molecules, creating a weak attractive force.

    * LDF: These temporary, fluctuating dipoles and their induced counterparts are responsible for the London Dispersion Forces.

    Important Note: LDFs are the weakest type of intermolecular force. This is why nitrogen gas has a very low boiling point (-196°C).

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