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This Concept Map, created with IHMC CmapTools, has information related to: Electronegativity, Electronegativity between atoms determine their polarity, nonpolar bonds have an equal pulling force on both sides of a bonding pair of electrons, degree of polarity which is determined bythe difference in Electronegativity, intermolecular forces make the molecule liquid at room temperature, polarity through the bonding continuum, polar bonds are attracted to any charge, bonding continuum states that if the polarity between atoms is 0.5< but > 2.1 it contains polar bonds, polar bonds have intermolecular forces, cations are formed by losing an electron, polar bonds contain both positive charges, metals become cations, ionic bonds contain nonmetals, nonmetals become anions, polar bonds contain both negative charges, ionic bonds contain metals, Electronegativity increases from left to right to top on the periodic table, bonding continuum states that is the polarity between atoms is greater than 2.1 it has ionic bonds, Electronegativity involves valence electrons, bonding pair of electrons will move in between atoms depending on degree of polarity, bonding continuum states that if the polarity between atoms is less than 0.5 it has nonpolar bonds