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IB Chemistry Topic 4.1 Ionic bonding and structure
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IB Chemistry Topic 4.1 Ionic bonding and structure
How the ionic bond influences the physical and chemical properties of ionic compounds. How to draw ionic electron configurations and Lewis structures for ionic compounds. Describing ionic lattices.
0:17 Definition of an ionic bond
0:43 Examples of ionic crystal lattice materials
1:18 Physical properties of ionic compounds
2:16 Ionic electron configurations and Lewis structures
3:30 Determine what is an ionic compound
4:22 Polyatomic ions
4:29 Describing the ionic lattice
4.1 Ionic bonding and structure SL
• Positive ions (cations) form by metals losing valence electrons.
• Negative ions (anions) form by non-metals gaining electrons.
• The number of electrons lost or gained is determined by the electron configuration of the atom.
• The ionic bond is due to electrostatic attraction between oppositely charged ions.
• Under normal conditions, ionic compounds are usually solids with lattice structures.
• Deduction of the formula and name of an ionic compound from its component ions, including polyatomic ions.
• Explanation of the physical properties of ionic compounds (volatility, electrical conductivity and solubility) in terms of their structure.
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How the ionic bond influences the physical and chemical properties of ionic compounds. How to draw ionic electron configurations and Lewis structures for ionic compounds. Describing ionic lattices.
0:17 Definition of an ionic bond
0:43 Examples of ionic crystal lattice materials
1:18 Physical properties of ionic compounds
2:16 Ionic electron configurations and Lewis structures
3:30 Determine what is an ionic compound
4:22 Polyatomic ions
4:29 Describing the ionic lattice
4.1 Ionic bonding and structure SL
• Positive ions (cations) form by metals losing valence electrons.
• Negative ions (anions) form by non-metals gaining electrons.
• The number of electrons lost or gained is determined by the electron configuration of the atom.
• The ionic bond is due to electrostatic attraction between oppositely charged ions.
• Under normal conditions, ionic compounds are usually solids with lattice structures.
• Deduction of the formula and name of an ionic compound from its component ions, including polyatomic ions.
• Explanation of the physical properties of ionic compounds (volatility, electrical conductivity and solubility) in terms of their structure.
Connect with me:
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