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24 Cards in this Set
- Front
- Back
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The attraction of free floating valence electrons for positively charged metal ions |
Metallic Bonds |
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The electrostatic attraction that binds oppositely charged ions together by transferring electrons |
ionic bonds |
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Atoms tend to react so as to acquire the stable electron configuration of a noble gas |
Octet rule |
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Electrons in the highest occupied energy level |
Valance Electrons |
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An Electrostatic attraction that bonds two nonmetals together by sharing electrons |
covalent bonds |
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Atoms of the same element sharing electrons to form a stable configuration |
Diatomic molecules |
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One atom contributes to sharing both electrons in a bond |
Coordinate Covalent Bonds |
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The unequal sharing of electrons due to differences in electronegativity values |
Polar covalent points |
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Attractions between 2 or more molecules |
Intermolecular forces |
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Weakest of all intermolecular attractions |
London dispersion |
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Intermolecular force between hydrogen and electronegative atoms |
Hydrogen Bonds |
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Poor conductors as solids |
ionic and covalent |
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form between a metal and non metal |
ionic |
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good conductors as solutions |
ionic |
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Low melting Point |
Covalent |
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Transfer electrons |
Ionic |
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Form Crystals |
ionic |
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High Melting Point |
Ionic & Metallic |
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Malleable |
Metallic |
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Form Between two or more non-metals |
covalent |
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Good conductors as solids |
Metallic |
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Share Electrons between elements |
Covalent |
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Form between 2 or more metals |
Metallic |
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Cations surrounded by a sea of free flowing electrons |
Metallic Bonds |
