(3) SCH3UI Matter and Chemical Bonding – September 15th to September 19th, 2014 (REGULAR WEEK)
Day
Topic/Activities
Homework
Learning Goals: Students will:
Mon
Sept
15th
Lewis Structures
Worksheet - Lewis
Theory:
An Overview

draw Lewis symbols for elements and can
use Lewis structures to represent the bonds
in ionic and molecular compounds

predict the nature of a bond (e.g., nonpolar covalent, polar covalent, ionic), using
electronegativity values of atoms
explain how ionic and covalent bonds form
and the differences between them
compare and contrast the physical
properties of ionic and molecular
compounds (e.g., NaCl & CH4; NaOH & H2O)
explain the differences between the
formation of ionic bonds and the formation
of covalent bonds
compare and contrast the physical
properties of ionic and molecular
compounds (e.g. NaCl and CH4; NaOH and
H2O)



determining the properties of molecules based on
the types of inter- and intramolecular forces.
predict the polarity of molecules
predict the intermolecular forces acting between
specific molecules
see the Learning Goals from Sept 3 – 17.

see the Success Criteria from Sept 3 – 17.
Tues
Sept
16th
1. Ionic Compounds (pp. 74 – 74)
2. Molecular Compounds (pp. 75 – 80)
Intermolecular Forces (Types of Bonding and
Electronegativity)
Chemical Compounds (PowerPoint)
Video: Mr. Causey
1. Classifying chemical compounds based on bonding
2. Ionic vs. Covalent bonding
3. Using electronegativity (ΔEN)
Wed
Sept
17th
Intramolecular vs. Intermolecular Forces
Thurs
Sept
18th
REVIEW Period
Intra and Inter Forces (PowerPoint)
Video: “Butter bonds”
1. Define chemical bonds, ionic and covalent bonds
2. Explaining Properties of Ionic Compounds (pp. 69-71)
3. Explaining Properties of Molecular Compounds (p. 80)
4. Intermolecular Forces (pp. 86-87)
5. Polar Molecules (PowerPoint)
a.
Determining Molecular Polarity
b.
Intra vs. Intermolecular Forces
c.
Intermolecular Forces
i.
Dipole-Dipole Forces
ii.
Hydrogen Bonding
iii.
Dispersion Forces
WHMIS, Basic Atomic Information, Periodic Table Properties, Isotopes,
Radioactive Decay, Radiometric dating, Nuclear Energy and Nuclear
Weapons, Lewis Structures and Inter- and Intramolecular Forces.
1.
2.
3.
Fri
Sept
19th
\\\
Distribute Unit 1 Review
Work period
Set Test Date for next week – Wednesday is a target date
PROFESSIONAL DEVELOPMENT DAY
**NO CLASSES**
Assigned Questions:
a. p. 71 # 2, 3, 4, 5
b. p. 73 # 8, 9, 10, 11,
12, 13, 14
c. p. 77 # 1
d. p. 79 # 2, 3, 4
e. p. 81 # 9, 10, 11,
12, 13, 15
Assigned Questions:
a. p. 68 # 1, 2, 4
b. p. 81 # 6, 8
c. p. 84 # 1, 2, 3


Periodic Table Graphing
Assignment DUE Today!

Assigned Questions:
a. p. 85 Practice UC #
5, 6
b. p.88 Practice UC #
7, 8, 9, 10, 11

Complete Unit 1 Review
and prepare to ask
questions during
Mondays class

Success Criteria: Students will show their
understanding of learning goals by:
 understanding the value of Lewis dot diagrams
over traditional methods of determining the
structures of compounds (ex. Bohr-Rutherford
Diagrams)
 drawing Lewis dot diagrams for representative
elements
 drawing Lewis Structures for Ionic, Molecular and
Polyatomic Compounds



determining the type of intermolecular bond by
using electronegativity values
determining if molecules are polar or non-polar
based on their structure and polar nature.
determining the physical properties (solubility,
melting and boiling points) of molecular
compounds based on their polar nature