COVALENT BONDING
COVALENT BONDING
8.1 Molecular compounds
General Goals:
Distinguish between the melting points and boiling points of molecular compounds in the Ionic compounds.
Describe the information provided by a molecular formula.
H28
Read:
GB 200 - 204
OB 217 - 222
Take notes on what you read.
Submit a picture of your notes to the assignment in ClassRoom.
P28 In Class:
Pg 216: 1 - 6
Pg 247: 39 - 41
Worksheet 8-1
Submit a picture of your work to the assignment in ClassRoom.
8.2 Part 1 The Nature of Covalent Bonding
General Goals:
Describe how electrons are shared to form covalent bonds and identify exceptions to the octet rule.
Demonstrate how electron dot structures represent shared electrons.
Describe how atoms form double or triple covalent bonds.
H29
Read:
GB 187 - 191
OB 223 - 229
Take notes on what you read.
Submit a picture of your notes to the assignment in ClassRoom.
P29 In Class:
Pg 220: 7, 8
Pg 229: 13-15, 20, 21
Pg 247: 42 - 46
Worksheet 8-2
Submit a picture of your work to the assignment in ClassRoom.
8.2 Part 2 Coordinate covalent bonds
H30
Read:
GB 211 - 218
OB 201 - 203
Take notes on what you read.
Submit a picture of your notes to the assignment in ClassRoom.
P30 In Class:
Pg 225: 9 - 12
Pg 229: 16 - 19, 22
Pg 247: 47 - 52
Worksheet Lewis Dot Structures
Submit a picture of your work to the assignment in ClassRoom.
8.3 Bonding Theories
General Goals:
Describe the relationship between atomic and molecular orbitals.
Describe how VSEPR theory helps predict the shapes of molecules.
Identify ways in which orbital hybridization is useful in describing molecules.
H31
Read:
GB 220 - 224
OB 230 - 236.
Take notes on what you read.
Submit a picture of your notes to the assignment in ClassRoom.
P31 In Class:
Pg 236: 23 - 29
Pg 247: 53 - 56
Worksheet 8-3
Submit a picture of your work to the assignment in ClassRoom.
8.4 Polar Bonds and Molecules
General Goals:
Describe how electronegativity values determine the distribution of charge and a polar molecule.
Describe what happens to polar molecules when they are placed between oppositely charged metal plates.
Evaluate the strength of intermolecular attractions compared with the strength of iconic and covalent bonds.
Identify the reason why network solids have high melting points.
H32
Read:
GB 225 - 230
OB 237 - 244
Take notes on what you read.
Submit a picture of your notes to the assignment in ClassRoom.
P32 In Class:
Pg 239: 30 - 31
Pg 244: 32 - 38
Pg 247: 57 - 61
Worksheet 8-4
Submit a picture of your work to the assignment in ClassRoom.