Tue Feb 5
Day 1 Sheet
Classroom Safety Features
Science Safety In the Laboratory
Wed Feb 6
**SCHOOL CLOSED**
Thu Feb 7
Finish Safety in the Laboratory
Lab Equipment and Safety Terminology
WHMIS
Fri Feb 8
Finish WHMIS
_________________________________________________________________________________________
Mon Feb 11
Course selections
Tue Feb 12
School closed
Wed Feb 13
Buses cancelled
Thu Feb 14
Safety Test
Fri Feb 15
Chemical and Physical Properties
Making observations activity
Classification of Matter
Matter wkst
_________________________________________________________________________________________
Mon Feb 18
Family Day!
Tue Feb 19
Atoms and Their Composition
Homework: p.16(1,2,5,10)
Wed Feb 20
Isotopes and Weighted Averages
Ions and The Octet Rule
Thu Feb 21
Buses cancelled
Fri Feb 22
Ions and the Octet Rule
Homework: p.22(1,2,4,5,6,8), Start to memorize multivalent metals: Tables 1 and 2 p.19-21, worksheet Simple Ions
_________________________________________________________________________________________
Mon Feb 25
Atoms, Elements and the Periodic Table
Correct Simple ions worksheet
Tue Feb 26
Schrodinger Model of the Atom
Wed Feb 27
Analyzing Atomic Radius Activity
Thu Feb 28
Analyzing Atomic Radius Activity
Fri Mar 1
PD Day!
_________________________________________________________________________________________
Mon Mar 4
Periodic Trends
Tue Mar 5
The Search for Patterns Lab
Wed Mar 6
Ionic Compounds
Homework: p.60(1-8)
Thu Mar 7
Covalent (Molecular) Compounds
Homework: p.69(1,2)
Fri Mar 8
The Search for Patterns Lab Due
_________________________________________________________________________________________
MARCH BREAK!!!
_________________________________________________________________________________________
Mon Mar 18
Review Lewis Diagrams.
Try: H2O, NH3, SiCl4, CH2O, HCN, NH4+, C3H8, OH-, PO43- , CH3Cl, HCl
Nomenclature
Tue Mar 19
Chemical Bonding and Electronegativity
Wed Mar 20
Belonging Survey
Polar Covalent Bonds and Covalent Molecules
Thu Mar 21
Nomenclature Quiz
Polar Molecules and Molecular Shapes
Homework: p.108(1-6)
Fri Mar 22
Building Molecular models
_________________________________________________________________________________________
Mon Mar 25
Intermolecular and Intramolecular Forces
Tue Mar 26
Finish Molecular Model Lab
Test Review
Wed Mar 27
Intro to Unit 2 - Chemical Reactions
Thu Mar 28
Unit 1 Test
Fri Mar 29
Synthesis, Decomposition, Single Displacement Reactions
_________________________________________________________________________________________
Mon Apr 1
Double Displacement Reactions
Combustion Reactions
Tue Apr 2
Hand out: Cartoon Assignment, Test Review, Lab prep
Wed Apr 3
Lab: Investigating Chemical Reactions & Properties of Oxides
Thu Apr 4
Work on lab, asmt, studying
Fri Apr 5
PD DAY
_________________________________________________________________________________________
Mon Apr 8
Cartoon Asmt Due
Tue Apr 9
Labs Due
Wed Apr 10
Avogadro's Constant homework
p.277(4-12)
Thu Apr 11
Test Review
Fri Apr 13
Unit 2 Test
_________________________________________________________________________________________
Mon Apr 15
Molar Mass
Homework: p. 283(1-5)
Tue Apr 16
Percentage Composition
Homework: p.286(1,2,3) p.288(2)
Wed Apr 17
Empirical and Molecular Formulas
Homework: p293(2,5,7) p.300(2, 6)
Thu Apr 18
Formula of a Hydrate
Fri Apr 19
Great Friday!
_________________________________________________________________________________________
Mon Apr 22
Easter Monday!
Tue Apr 23
Lab!!!
Wed Apr 24
Quiz: Moles, Molar Mass, Empirical & Molecular Formulas
Work on Lab report
Thu Apr 25
Stoichiometry
Fri Apr 26
Stoichiometry problems
_________________________________________________________________________________________
Mon Apr 29
Stoichiometry review
Tue Apr 30
Stoichiometry problems
Wed May 1
Limiting Reactant
Homework: p.335(3,7,8)
Thu May 2
Limiting Reactant
Fri May 3
Stoichiometry Quiz
SCH3U Unit 3: Chemical Quantities Test Review (next Friday!)
Key terms
actual yield
excess reactant
mole ratio
percentage yield
stoichiometry
coefficients
competing reaction
limiting reactant
percentage purity
theoretical yield
anhydrous
empirical formula
hydrate
law of definite proportions
mass percent
molecular formula
percentage composition
mole
Avogadro’s constant
mass spectrometer
molar mass
formula unit
Calculations
Be sure that your calculations reflect proper significant digits and that you show all of your work. Always include units, formulas, and variables. Make sure your work is neat, organized and easy to follow.
Be sure all math is properly formatted and has the correct number of significant digits.
Review questions
In addition to all hmwk questions assigned you should also complete the following:
p. 335(8-11)
p. 348(44, 46, 46, 48, 62,63)
p. 358 (34, 35, 46, 48, 49, 51, 54, 55, 57, 60)
_________________________________________________________________________________________
Mon May 6
Tue May 7
Lab - Copper Stoichiometry
Wed May 8
Intro to Solutions
Thu May 9
Test Review
Fri May 10
Unit 3 Test
_________________________________________________________________________________________
Mon May 13
The Dissolving Process
Tue May 14
Types of Solutions
Molar Concentrations
Wed May 15
Labs: Making Stock Solution and Dilution
Thu May 16
Dilutions
Types of Concentration
Fri May 17
Predicting Solubility
_________________________________________________________________________________________
Mon May 20
Victoria Day
Tue May 21
Lab Due
Solubility and Ionic Equations
Wed May 22
Concentrations Quiz
Read p437-440 and answer p.441(1,3,5,6,8ab)
Thu May 23
Solution Stoichiometry
Hmwk: p.449(1-9)
Fri May 24
Solution Stoichiometry
Qualitative Analysis
_________________________________________________________________________________________
Mon May 27
Acid-Base Chemistry
Hmwk p. 469(1.4), p.475(1,6)
***UNIT 4 TEST WILL BE WED JUNE 5TH***
Tue May 28
Strong and Weak Acids and Bases
Naming acids worksheet
SCH3U Unit 4 Solutions and Solubility Test Review
Why is water the universal solvent?
Why is water’s mp/bp higher than molecules of similar size such as CH4?
Define: solution, heterogeneous, homogeneous, solute, solvent, concentration, aqueous, dilute, alloy, amalgam, miscible, immiscible, saturation, super saturated
Explain, at the molecular level, how substances dissolve. Use words and diagrams.
Compare dissolving of ionic and molecular compounds.
Give an example of a dissociation equation.
What is the effect of temperature and pressure on solubility? Give examples showing these effects.
Interpret a solubility curve.
Calculate various concentrations, ex. Molar concentration, %(m/m), etc.
Calculate dilutions.
Describe the steps necessary to prepare a solution and a dilution. Be sure to know the correct names of necessary equipment.
Use the solubility chart to determine if reactions take place, what the precipitate may be etc.
Write out total ionic equations, net ionic equations, identify spectator ions.
Using examples describe the difference between qualitative and quantitative observations.
Solution stoichiometry – various types of problems including limiting reactant, ion concentration, precipitate formation etc.
Describe acids and bases according to the Arrhenius and Bronsted-Lowry definitions.
What does an indicator do? Give some examples of indicators and their reaction to acids and bases.
Acid/base nomenclature.
What is the difference between strong and weak acids and bases?
What is pH? What is the [H+] concentration difference between a pH value of 1 and 2?
What is a neutralization reaction? Why is it not a great idea to drink orange juice after brushing your teeth?
Flame test ion colours.
Review questions:
p491(1-6, 10-15) p493(39, 40, 41, 42)
p500(3,5,6-9,12-16)
p502(4,5,8,9,10,11,33,36,42,43,44,45,60,61,65,66,79,86,88,91)
Wed May 29
Relay for Life
Thu May 30
pH Scale
Hmwk: pH calculations handout
Fri May 31
Kinetic Molecular Theory and Our atmosphere
Read p.516-519
Compare and contrast the three states of matter wrt their ?properties and type of motion
Define KMT
Answer p.519(1,5)
Read p.520-524
Sketch a diagram of the layers of the atmosphere. Indicate the gases that are most common in these layers.
Answer p.525(2,3,4)
Introduction to Unit 5 - Gas Laws - Pressure and Volume Answer p.562(10)
_________________________________________________________________________________________
Mon Jun 3
Gas Laws
Tue Jun 4
Wed Jun 5
UNIT 4 TEST
Thu Jun 6
Co-curricular awards
Fri Jun 7
Gas Law Demos
_________________________________________________________________________________________
Mon Jun 10
Combined Gas Law
Tue Jun 11
Ideal Gas Law
Wed Jun 12
Gas Law Stoichiometry
Thu Jun 13
Fri Jun 14
LAB EXAM
_________________________________________________________________________________________
Mon Jun 17
EXAM REVIEW
Tue Jun 18
EXAM REVIEW
Wed Jun 19
EXAM REVIEW
Thu Jun 20
EXAM REVIEW
Fri Jun 21
PERIOD 1 EXAMS
_________________________________________________________________________________________
Mon Jun 24
Tue Jun 25
SCH3U FINAL EXAM
Wed Jun 26
Thu Jun 27
Fri Jun 28
SUMMER VACATION!!!!
Day 1 Sheet
Classroom Safety Features
Science Safety In the Laboratory
Wed Feb 6
**SCHOOL CLOSED**
Thu Feb 7
Finish Safety in the Laboratory
Lab Equipment and Safety Terminology
WHMIS
Fri Feb 8
Finish WHMIS
_________________________________________________________________________________________
Mon Feb 11
Course selections
Tue Feb 12
School closed
Wed Feb 13
Buses cancelled
Thu Feb 14
Safety Test
Fri Feb 15
Chemical and Physical Properties
Making observations activity
Classification of Matter
Matter wkst
_________________________________________________________________________________________
Mon Feb 18
Family Day!
Tue Feb 19
Atoms and Their Composition
Homework: p.16(1,2,5,10)
Wed Feb 20
Isotopes and Weighted Averages
Ions and The Octet Rule
Thu Feb 21
Buses cancelled
Fri Feb 22
Ions and the Octet Rule
Homework: p.22(1,2,4,5,6,8), Start to memorize multivalent metals: Tables 1 and 2 p.19-21, worksheet Simple Ions
_________________________________________________________________________________________
Mon Feb 25
Atoms, Elements and the Periodic Table
Correct Simple ions worksheet
Tue Feb 26
Schrodinger Model of the Atom
Wed Feb 27
Analyzing Atomic Radius Activity
Thu Feb 28
Analyzing Atomic Radius Activity
Fri Mar 1
PD Day!
_________________________________________________________________________________________
Mon Mar 4
Periodic Trends
Tue Mar 5
The Search for Patterns Lab
Wed Mar 6
Ionic Compounds
Homework: p.60(1-8)
Thu Mar 7
Covalent (Molecular) Compounds
Homework: p.69(1,2)
Fri Mar 8
The Search for Patterns Lab Due
_________________________________________________________________________________________
MARCH BREAK!!!
_________________________________________________________________________________________
Mon Mar 18
Review Lewis Diagrams.
Try: H2O, NH3, SiCl4, CH2O, HCN, NH4+, C3H8, OH-, PO43- , CH3Cl, HCl
Nomenclature
Tue Mar 19
Chemical Bonding and Electronegativity
Wed Mar 20
Belonging Survey
Polar Covalent Bonds and Covalent Molecules
Thu Mar 21
Nomenclature Quiz
Polar Molecules and Molecular Shapes
Homework: p.108(1-6)
Fri Mar 22
Building Molecular models
_________________________________________________________________________________________
Mon Mar 25
Intermolecular and Intramolecular Forces
Tue Mar 26
Finish Molecular Model Lab
Test Review
Wed Mar 27
Intro to Unit 2 - Chemical Reactions
Thu Mar 28
Unit 1 Test
Fri Mar 29
Synthesis, Decomposition, Single Displacement Reactions
_________________________________________________________________________________________
Mon Apr 1
Double Displacement Reactions
Combustion Reactions
Tue Apr 2
Hand out: Cartoon Assignment, Test Review, Lab prep
Wed Apr 3
Lab: Investigating Chemical Reactions & Properties of Oxides
Thu Apr 4
Work on lab, asmt, studying
Fri Apr 5
PD DAY
_________________________________________________________________________________________
Mon Apr 8
Cartoon Asmt Due
Tue Apr 9
Labs Due
Wed Apr 10
Avogadro's Constant homework
p.277(4-12)
Thu Apr 11
Test Review
Fri Apr 13
Unit 2 Test
_________________________________________________________________________________________
Mon Apr 15
Molar Mass
Homework: p. 283(1-5)
Tue Apr 16
Percentage Composition
Homework: p.286(1,2,3) p.288(2)
Wed Apr 17
Empirical and Molecular Formulas
Homework: p293(2,5,7) p.300(2, 6)
Thu Apr 18
Formula of a Hydrate
Fri Apr 19
Great Friday!
_________________________________________________________________________________________
Mon Apr 22
Easter Monday!
Tue Apr 23
Lab!!!
Wed Apr 24
Quiz: Moles, Molar Mass, Empirical & Molecular Formulas
Work on Lab report
Thu Apr 25
Stoichiometry
Fri Apr 26
Stoichiometry problems
_________________________________________________________________________________________
Mon Apr 29
Stoichiometry review
Tue Apr 30
Stoichiometry problems
Wed May 1
Limiting Reactant
Homework: p.335(3,7,8)
Thu May 2
Limiting Reactant
Fri May 3
Stoichiometry Quiz
SCH3U Unit 3: Chemical Quantities Test Review (next Friday!)
Key terms
actual yield
excess reactant
mole ratio
percentage yield
stoichiometry
coefficients
competing reaction
limiting reactant
percentage purity
theoretical yield
anhydrous
empirical formula
hydrate
law of definite proportions
mass percent
molecular formula
percentage composition
mole
Avogadro’s constant
mass spectrometer
molar mass
formula unit
Calculations
- Mole calculations
- mass percent
- percentage composition
- stoichiometry problems: limiting/non-limiting reactant. How do you know what type of problem it is?
- molecular and empirical formula determination: using given data or percentage composition
- percentage yield
Be sure that your calculations reflect proper significant digits and that you show all of your work. Always include units, formulas, and variables. Make sure your work is neat, organized and easy to follow.
Be sure all math is properly formatted and has the correct number of significant digits.
Review questions
In addition to all hmwk questions assigned you should also complete the following:
p. 335(8-11)
p. 348(44, 46, 46, 48, 62,63)
p. 358 (34, 35, 46, 48, 49, 51, 54, 55, 57, 60)
_________________________________________________________________________________________
Mon May 6
Tue May 7
Lab - Copper Stoichiometry
Wed May 8
Intro to Solutions
Thu May 9
Test Review
Fri May 10
Unit 3 Test
_________________________________________________________________________________________
Mon May 13
The Dissolving Process
Tue May 14
Types of Solutions
Molar Concentrations
Wed May 15
Labs: Making Stock Solution and Dilution
Thu May 16
Dilutions
Types of Concentration
Fri May 17
Predicting Solubility
_________________________________________________________________________________________
Mon May 20
Victoria Day
Tue May 21
Lab Due
Solubility and Ionic Equations
Wed May 22
Concentrations Quiz
Read p437-440 and answer p.441(1,3,5,6,8ab)
Thu May 23
Solution Stoichiometry
Hmwk: p.449(1-9)
Fri May 24
Solution Stoichiometry
Qualitative Analysis
_________________________________________________________________________________________
Mon May 27
Acid-Base Chemistry
Hmwk p. 469(1.4), p.475(1,6)
***UNIT 4 TEST WILL BE WED JUNE 5TH***
Tue May 28
Strong and Weak Acids and Bases
Naming acids worksheet
SCH3U Unit 4 Solutions and Solubility Test Review
Why is water the universal solvent?
Why is water’s mp/bp higher than molecules of similar size such as CH4?
Define: solution, heterogeneous, homogeneous, solute, solvent, concentration, aqueous, dilute, alloy, amalgam, miscible, immiscible, saturation, super saturated
Explain, at the molecular level, how substances dissolve. Use words and diagrams.
Compare dissolving of ionic and molecular compounds.
Give an example of a dissociation equation.
What is the effect of temperature and pressure on solubility? Give examples showing these effects.
Interpret a solubility curve.
Calculate various concentrations, ex. Molar concentration, %(m/m), etc.
Calculate dilutions.
Describe the steps necessary to prepare a solution and a dilution. Be sure to know the correct names of necessary equipment.
Use the solubility chart to determine if reactions take place, what the precipitate may be etc.
Write out total ionic equations, net ionic equations, identify spectator ions.
Using examples describe the difference between qualitative and quantitative observations.
Solution stoichiometry – various types of problems including limiting reactant, ion concentration, precipitate formation etc.
Describe acids and bases according to the Arrhenius and Bronsted-Lowry definitions.
What does an indicator do? Give some examples of indicators and their reaction to acids and bases.
Acid/base nomenclature.
What is the difference between strong and weak acids and bases?
What is pH? What is the [H+] concentration difference between a pH value of 1 and 2?
What is a neutralization reaction? Why is it not a great idea to drink orange juice after brushing your teeth?
Flame test ion colours.
Review questions:
p491(1-6, 10-15) p493(39, 40, 41, 42)
p500(3,5,6-9,12-16)
p502(4,5,8,9,10,11,33,36,42,43,44,45,60,61,65,66,79,86,88,91)
Wed May 29
Relay for Life
Thu May 30
pH Scale
Hmwk: pH calculations handout
Fri May 31
Kinetic Molecular Theory and Our atmosphere
Read p.516-519
Compare and contrast the three states of matter wrt their ?properties and type of motion
Define KMT
Answer p.519(1,5)
Read p.520-524
Sketch a diagram of the layers of the atmosphere. Indicate the gases that are most common in these layers.
Answer p.525(2,3,4)
Introduction to Unit 5 - Gas Laws - Pressure and Volume Answer p.562(10)
_________________________________________________________________________________________
Mon Jun 3
Gas Laws
Tue Jun 4
Wed Jun 5
UNIT 4 TEST
Thu Jun 6
Co-curricular awards
Fri Jun 7
Gas Law Demos
_________________________________________________________________________________________
Mon Jun 10
Combined Gas Law
Tue Jun 11
Ideal Gas Law
Wed Jun 12
Gas Law Stoichiometry
Thu Jun 13
Fri Jun 14
LAB EXAM
_________________________________________________________________________________________
Mon Jun 17
EXAM REVIEW
Tue Jun 18
EXAM REVIEW
Wed Jun 19
EXAM REVIEW
Thu Jun 20
EXAM REVIEW
Fri Jun 21
PERIOD 1 EXAMS
_________________________________________________________________________________________
Mon Jun 24
Tue Jun 25
SCH3U FINAL EXAM
Wed Jun 26
Thu Jun 27
Fri Jun 28
SUMMER VACATION!!!!