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The tendency to attract electrons

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It is the tendency of am atom to attract shared electrons when forming a chemical bond.

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how many electrons a atom can attract

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The tendency to attract atoms

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Electronegativity is a number which represents how much an atom attracts electrons

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1. The tendency to attract electrons

2. The difference in tendency to attract electrons

3. Electron pair is shared equally between atoms

4. Electron pair is not shared equally between atoms

5. Bonds between ions of metal and non metal

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Electronegativity is a measure for the attraction forces between the positively charged atom nucleus and the bonding electrons (negatively charged)

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tendency of an atom to attract electrons

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The difference between electronegativities of two atoms

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Electronegativity difference is the difference between the electronegativity of the atom.

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difference in electronegativity of 2 atoms

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Ability of an atom to attract shared electrons to itself

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How much an atom tends to attract electrons

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The strength with which an atom attracts electrons

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The difference between Electronegativity between 2 atoms

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Electronegativity difference is the difference between the bonding atoms’ electronegativity unit (smallest is hydrogen and highest is fluorine)

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The difference in electronegativity between two atoms

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Tendency to attract electrons

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The tendency of atoms to attract electrons

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Electronegativity is the tendency of an atom to attract the electron

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The difference in electro negativity Zheyu 

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The difference in electro negativity Zheyu 

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The tendency for atoms to attract electrons

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This shows how much electrons an atoms can attract to itself

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covalent bonds where electrons are shared evenly between 2 atoms and happens when the electronegativity difference is small

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Covalent bonds between two atoms with similar Electronegativity

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A chemical bond where two atoms share the electrons equally

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The difference in the electronegativity level in two atoms

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How strong it can attract electrons to itself

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the difference between electronegativity between two atoms

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A bond in which the shared electrons are not particularly pulled towards a particular atom

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The difference in electronegativity between 2 atoms

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How good an atom is at attracting electrons

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Tendency for the atom to attract electrons.

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covalent bonds where electrons are shared unevenly between 2 atoms which happens when the electronegativity difference is larger

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Measurement of attraction of one atom to an electron

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Difference in electronegativity between two atoms which would result in electrons being more, or less attracted to an atom

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It’s the difference between the electronegativity of the atoms that are being compared

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Covalent bonds between two atoms with large Electronegativity difference

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The shared electrons is pulled towards a particular atom

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Strong electrostatic force of attraction between oppositely charged ions

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What everyone else is saying (difference between electronegativity)

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Electronegativity is the tendency for the atom to attract electrons.

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Difference of electro negativity between 2 atoms

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A covalent bond when two atoms do not share electrons equally.

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When the electronegativity difference is 0 or negligible

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It’s the covalent bond when 2 atoms have similar electronegativity and the electrons are shared pretty evenly between the 2

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strong electrostatic forces of attraction between oppositely charged isons

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Strong EFOA between ions

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tendency to attract electrons

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Covalent bonds where the two atoms have similar electronegativity so the electrons are evenly shared between the atoms

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The tendency for an atom of an element to attract shared electrons when forming a chemical bond, influenced by its ionic charge

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The difference between the electronegative value of two atoms (larger one minus smaller one)

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Difference between electronegativity

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the difference of electronegativity between the two atoms

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Strong electrostatic forces of attraction between oppositely charged ions.

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Tendency of atom to attract electrons

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covalent bonds with same electronegativity

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The difference between the respective electro negativity of two atoms

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Electron negativity is the value given to ions, quantifying their electrostatic interactions.

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difference in electronegativity between two atoms

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Covalent bonds where electrons are shared equally

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Electronegativity difference between two atoms causes the electrons to be closer to the atom with the higher electronegativity

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Difference in electronegativity between two atoms

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Non-polar covalent bonds involves two bonding atoms with low or zero electronegativity difference, which leads to a lower dipole moment

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Electrons are shared equally between 2 atoms

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It is when the electrons are attracted to neither of the atoms due to no electronegativity difference between the atoms.

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The covalent bonds when the shared electrons are pulled toward the more electronegative atom when there is a large difference in electronegativity between the 2 atoms

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Bonds between two atoms with extremely large Electronegativity difference (>2)

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Large difference in electronegativity between two covalently bonded atoms, resulting in electrons being closer towards one of the atoms

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The electron is shared evenly between two atoms

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How attracted an atom is to shared electrons

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The difference in strength of attraction of electrons between atoms

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ionic bonds form when the electronegativity difference is so large that one atom can steal an electron away from another

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Electron is pulled more toward more electronegative atom

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Electrons are shared equally among the atoms.

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Covalent bond symmetric about both atoms

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Bond where electrons are shared evenly between 2 atoms (electronegativity diff. <0.5)

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the electrons is shared unevenly towards the larger electronegativity atom

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Covalent bonds where electrons are not shared equally and that electrons are pulled to a more electronegative atom

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Electron is transferred from one atom to another

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The electrons are not attracted to one particular atom

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Covalent bonds between two atoms with similar electronagativity

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Electrons are shared equally with no electronegativity difference

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Covalent bond unsymmetric about both atoms

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Electrons are pulled to the more electronegative atom

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The strong electronegativity difference between a cation a anion causes an electrons to be to be transferred, thus forming an ionic bond

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A polar covalent bond has a electronegativity difference of greater than 0.5 (maximum is 2.1), which cre3ates a larger dipole moment and an uneven distribution of charge

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Electrons are transferred to the more electronegative atom

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the bond between two atoms of large difference in electro negativity

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Large electronegativity difference

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An Ionic bond is where the electronegativity difference of the atom is greater than 2.1, leading to an entire electron being “bonded” to one of the atoms, creating an ion

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Covalent bond where electrons are pulled towards one of the atoms more (Electronegativity diff. 0.5-2)

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Strong electrostatic force of attraction between two oppositely charged ions (or bonds which occur when electronegativity difference between two atoms >2.0 aka large difference)

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Electrons being transferred due to an attraction to an atom that has a far greater electronegativity.