Molecular Bonding Unit 5. Covalent Bonds Sharing pairs of electrons Sharing pairs of electrons Covalent bonds are the inter-atomic attraction resulting.
I. Basic Chemistry. A. Elements and Atoms 1. Elements- Substance which cannot be broken down into a simpler substance a) 96% of all life is Carbon, Hydrogen,
Forces of attraction/repulsion between molecules. intermolecular intramolecular intermolecular forces Forces of attraction/repulsion within a molecule.
Nomenclature and Chemical Bonding. Be sure you memorize the list of polyatomic ions that you have been provided. Ionic is the TRANSFER OF ELECTRONS.
Representing Molecules. Bonding Chemical bonds are forces that cause a group of atoms to behave as a unit. Bonds result from the tendency of a system.
I. Chemistry. A. Elements and Atoms 1. Elements- Substance which cannot be broken down into a simpler substance A) 96% of all life is Carbon, Hydrogen,
Covalent Bonds – Valence Bond (Localized e - ) Model A covalent bonds is the intra-molecular attraction resulting from the sharing of a pair of electrons.
THE PERIODIC TABLE
Covalent Bonds – Valence Bond (Localized e - ) Model
The Periodic Table Antoine LaVoisier - the “father of chemistry” –By late 1700’s had compiled list of 23 elements Chemical-based industry in 1800s greatly.
Molecular Bonding Unit 5. Ionic bonding Cations (usually metals) lose electrons to anions (monoatomic and polyatomic). Both cations and anions are stable.
Chemical Bonding I: Lewis Theory. Bonding Chemical bonds are forces that cause a group of atoms to behave as a unit. Bonds result from the tendency of.