SCH4U

SCH 4U

Welcome to Canadian Independent College Grade 12 Chemistry!
==We are going to have a lot of fun but this class moves very quickly so please use this wiki to stay up to date with the class notes. ==

Big Five Oxy acids
“NICK the CAMEL ate CLAM s for SUPPER in PHOENIX ”

|| Read p. 83; 93; 95-97, Review Questions || || Read p.160-166;169-172 Q. 6 a)b) on p.172; Read p. 174-179 Q. 2, 4 on p. 180 Exercise – Atomic Structure || , || Refer to p.778-779 Refer to p. 298-299; 313-317 Energy Worksheets I and II || || ||, || Refer to p. 372-380 Exercise: Rate Laws Do Q.15a-d; Q.23 on p.415-6 || || Refer to p.387-389 Refer to p.367-370 || || Refer to p. 392-396 Refer to p. 383-386; 318-320 || || Refer to p. 369-370; p. 395 Do Q. 1-5 on p.371 (top Q's) Do Q. 1-6 on p.377 || Links to use: >
 * Day || Date || Unit || Lesson || Handouts || Homework ||  ||
 * 1 || 4-Jan-11 || 0 || Introduction Outline || [[file:SCH4U_01_01 Review Package.pdf]] ||  ||
 * 2 || 5-Jan-11 || 1 || Grade 11 Chemistry Review ||  ||   ||
 * 3 || 6-Jan-11 || 2 || Aliphatic Hydrocarbon Review || [[file:SCH4U1_07_00_Organic_Chemistry_Package.doc]] || Read Handout (p. 11-16) ||
 * 4 || 7-Jan-11 || 2 || Aromatics and Isomers ||  || Read p. 19-23 Questions p. 21 #7,8 ||
 * 5 || 10-Jan-11 || 2 || Quiz Grade 11 Review Determining Organic Formulas ||  || Handout (p. 24) ||
 * 6 || 11-Jan-11 || 2 || Functional Groups I: Alcohols, Aldehydes, Ketones, Acids ||  || Read p. 38-40; 49-51; 58-61 Questions p. 41 #1-3; p. 51 #1-3; p. 60 #1-2 ||
 * 7 || 12-Jan-11 || 2 || Organic Reactions I ||  || Read p. 24-29; 35-36; 42-45; 52-53 Questions p. 31 #1-4; p.44 #7,8; p.56 #6 ||
 * 8 || 13-Jan-11 || 2 || Functional Groups II: Ethers, Esters, Amines, Amides ||  || Read p. 45-46;64-67; 69-75 Questions p. 46 #11; p. 48 #12, 13a; p. 67 #13; p. 68 #1; p.72 #1-3; p. 76 #4-6; p. 79 #3, 5 ||
 * 9 || 14-Jan-11 || 2 || Organic Reactions II ||  || Read p. 47; 65-67; 74; 83 (flowchart) Questions p. 66 #11-12; p. 67 #14; p. 68 #2-6; p. 77 #7; p. 78 #8-11 ||
 * 10 || 17-Jan-11 || 2 || Properties of Organic Compounds ||  || Read p. 22, 42, 51, 60-61, 46, 66, 89, 76, 72 Handout (p. 45-46) ||
 * 11 || 18-Jan-11 || 2 || Lab: Synthesis of Esters || [[file:ester lab.doc]] || [[file:PROPER LAB FORMAT.docx]] ||
 * 12 || 19-Jan-11 || 2 || Polymers and Polymerization ||  || Read p. 100 - 113 Handout p. 49 - 50 Questions p. 103 #1-3; p. 107 #4-5; p. 107 #1-3, 5-7; p. 111 #1-3; p. 113 #1-6 ||
 * 13 || 20-Jan-11 || 2 || Review || [[file:Organic_Review.doc]]
 * 14 || 21-Jan-11 || 2 || Unit Test ||  ||   ||
 * 15 || 24-Jan-11 || 3 || The Development of Atomic Theory to the Bohr Model Electromagnetic Radiation || [[file:00_Objectives.doc]]
 * 16 || 25-Jan-11 || 3 || Quantum Theory and Electron Configurations || [[file:02_Wave_Mechanical_Model.doc]] || Read p.181-188, 199-201 Exercise Sheet (#1-9) ||
 * 17 || 26-Jan-11 || 3 || Quantum Number System Electron Configurations of Ions || [[file:03_Quantum_Numbers.doc]] || Worksheet #1-7 Read p. 189-196 p. 184 #2, 3, 6 p.191, 3abc p.197 #6-10 ||
 * 18 || 27-Jan-11 || 3 || Trends in the Periodic Table || [[file:04_Periodic_Trends_and_Ionization.doc]], [[file:04b_Periodic Table Trends.pdf]] || Complete Exercise Sheet ||
 * 19 || 28-Jan-11 || 3 || Lewis Structures and Orbital Diagrams || [[file:05_Lewis_and_Orbital_Representations_of_Bonding.doc]], || Exercise Sheet Read p.224-230 p.229 #10 p. 235 #8, 10, 11 ||
 * 20 || 31-Jan-11 || 3 ||  || Orbital Hybridization Reading, More Hybridization Reading, ||   ||
 * 21 || 1-Feb-11 || 3 ||  || Molecular Geometry and VSEPR, VSEPR Table p798, ||   ||
 * 22 || 2-Feb-11 || 3 || Hybrid Orbitals Molecular Shapes (VSEPR Theory) || Types of Bonds, || Read p.231-241 p.238 #18, 20, 21 Read p.242-249 p.249 #10, 11 p.250 #1, 2, 3 ||
 * 23 || 3-Feb-11 || 3 || Bond and Molecular Dipoles Exercise: Boiling Points || Bond and Molecular Dipoles, || Read p. 251-255 p.253 #2,3; p.255 #7 LAB EXERCISE p.278 ||
 * 24 || 4-Feb-11 || 3 || Atomic and Molecular Solids Hydrogen Bonding || Atomic and Molecular Solids, || Read p.268-273 Read p.261-262 ||
 * 25 || 7-Feb-11 || 3 || Metallic and Network Solids Ionic Solids || Covalent Network Solids, hydrogen bonding, Ionic Solids, Metallic Solids, Solids Solids Overview, Worksheet, || p. 273 #2,3,4 p.274 #7 ||
 * 26 || 8-Feb-11 || 3 || LAB: The Properties of Solids || Properties of Solids Lab, || LAB REPORT ||
 * 27 || 9-Feb-11 || 3 || Review || Review Questions, || p.218 – 221; p.281 – 283; p. 286-290 ||
 * 28 || 10-Feb-11 || 3 || Mid Term Exam || Units 1, 2 and 3 ||  ||
 * 29 || 11-Feb-11 || 4 || Enthalpy Change || [[file:00_Outline.doc]], [[file:00_Objectives.doc]]
 * 30 || 14-Feb-11 || 4 || Calorimetry Bond Energy Calculations || [[file:SCH4U1_03_02_Bond_Energies.doc]], [[file:SCH4U1_03_02_Calorimetry_and_Bond_Energies_Worksheet.pdf]], [[file:SCH4U1_03_02_Calorimetry_Handout.pdf]] || Refer to p. 300-311; 316-317 Worksheet: Calorimetry and Bond Energy Calculations ||
 * 31 || 15-Feb-11 || 4 || Hess' Law and the Additivity of Enthalpies || [[file:SCH4U1_03_03_Hess'_Law.pdf]] || Refer to p. 322-338 Additivity Problems ||
 * 32 || 16-Feb-11 || 4 || LAB: Determining Enthalpy Change with Calorimetry || [[file:SCH4U1_03_04_Molar_Enthalpy_Lab.doc]] || CARRY OUT LAB ||
 * 33 || 17-Feb-11 || 4 || Matter and Energy Nuclear Reactions || [[file:SCH4U1_03_05_Energy, mass and half life.pdf]] || Refer to p. 341-345
 * 34 || 18-Feb-11 || 4 || Rates of Reaction I: The Nature of Reactants || [[file:SCH4U1_03_05_Enthalpy_Content_Note.doc]],, [[file:SCH4U1_03_05_Nuclear_Reactions_Practice_Problems.doc]] [[file:SCH4U1_03_05_Types_of_Nuclear_Reactions.doc]] || Refer to p. 360-367
 * 35 || 21-Feb-11 || 4 || Rates of Reaction II: Collision Theory Rate Law Equation || [[file:SCH4U1_03_06_Types_of_Nuclear_Reactions_Part2.doc]]
 * 36 || 22-Feb-11 || 4 || Reaction Mechanisms Surface Area Effects || [[file:SCH4U1_03_08_Collision_Theory.doc]],
 * 37 || 23-Feb-11 || 4 || LAB: Reaction Rates ||  ||   ||
 * 38 || 24-Feb-11 || 4 || Temperature Effects Kinetic Energy Curves Potential Energy Diagrams || [[file:SCH4U1_03_10_Potential_Energy_Diagrams.doc]]
 * 39 || 25-Feb-11 || 4 || Catalysis || [[file:SCH4U1_03_12_Catalysts.pdf]]
 * 40 || 28-Feb-11 || 4 || Review || REVIEW PROBLEMS, || Review Questions Chapter 5: p.354-357 Chapter 6: p.406-409 Unit 3: p.412-417 ||
 * 41 || 1-Mar-11 || 4 || Unit Test ||  ||   ||
 * 42 || 2-Mar-11 || 5 || Introduction to Equilibrium || Unit 4 Outline, Intro to Equilibrium, || Read p.424-434 Complete worksheet questions. ||
 * 43 || 3-Mar-11 || 5 || Equilibrium Factors: Enthalpy and Entropy Gibbs Free Energy Altering Equilibrium || Introduction to Entropy, Enthalpy and Entropy Note, Gibbs Free Energy, Altering Equilibrium, || Read p. 494-497 Complete worksheet; p.498 #1 Read p. 498-504 Complete worksheet ||
 * 44 || 4-Mar-11 || 5 || Le Châtelier's Principle || Le Chateliers Principle, || Read p. 450-456 Altering Equilibrium Exercise ||
 * 45 || 7-Mar-11 || 5 || Le Châtelier's Principle (cont'd) The Haber Process || Concentration-Time Graphs, Haber Process, || Haber Process Questions (also read p. 461-462) Practice Problems ||
 * 46 || 8-Mar-11 || 5 || Equilibrium Constant Calculations || Equilibrium Constant Note, Equilibrium Constant, || Read p. 439-444; 447-448 Equilibrium Exercises I and II ||
 * 47 || 9-Mar-11 || 5 || Equilibrium Constant Calculations (cont'd) || Equilibrium Constant 2, Equilibrium ICE Calculations, || p.442 Q.#1; p.444 #2, 3, 4, 5, 6 and Equilibrium Calculations Exercise ||
 * 48 || 10-Mar-11 || 5 || Review || Equilibrium Review, Unit 4 Practice Test, ||  ||
 * 49 || 11-Mar-11 || 5 || Unit Test ||  ||   ||
 * 50 || 14-Mar-11 || 6 || Introduction to Oxidation and Reduction || Unit 5 Outline, Intro to Solubility Equilibrium, Solubility Rules, || Read p. 650-655; 657-659 Complete worksheet. ||
 * 51 || 15-Mar-11 || 6 || Balancing Redox Equations: || Solubility Product, Solubility Product Ksp, || Read p. 660-661, 664-668 Balancing Exercises (Part 1) ||
 * 52 || 16-Mar-11 || 6 || Balancing Redox Equations: Acidic and Basic Solutions The Competition for Electrons || Precipitation Calculations, Redox Chemistry Intro, Balancing Redox 1 and 2, || Balancing Exercises (Part 2) Competition for |Electrons Worksheet ||
 * 53 || 17-Mar-11 || 6 || Lab: Introduction to Oxidation and Reduction || redox lab short, || Lab Report ||
 * 54 || 18-Mar-11 || 6 || Electrochemical Cells || Unit Outline, Competetion for Electrons, || Read p.695-700 Electrochemical Cells Exercise ||
 * 55 || 21-Mar-11 || 6 || Balancing Redox Equations 3: The Half-Reaction Method || Balancing Redox 3 Half Reaction Method, || Read p.668-672 Balancing by Half-Reactions Worksheet ||
 * 56 || 22-Mar-11 || 6 || Cell Potentials The Nernst Equation || Standard Cell Potentials and Nernst Equation, Electrochemical Cell Potential Worksheet, || Read p.701-707 Cell Potential Exercise ||
 * 57 || 23-Mar-11 || 6 || Electrolytic Cells Electroplating || Electrolytic Cells and Electroplating, || Worksheet ||
 * 58 || 24-Mar-11 || 6 || Review || Practic Multiple Choice, Review Questions, || Chapter 9: p.724-727 Chapter 10: p.758-761 ||
 * 59 || 25-Mar-11 || 6 || Unit Test ||  ||   ||
 * 60 || 28-Mar-11 ||  ||   ||   ||   ||
 * || 29-Mar-11 ||  || Final Review ||   ||   ||
 * || 30-Mar-11 ||  ||   ||   ||   ||
 * || 31-Mar-11 ||  ||   ||   ||   ||   ||
 * The Orbitron(see the shapes, equations, and density functions of atomic orbitals)
 * Grand Orbital Table (orbital shapes by quantum number - quite a fascinating overview)
 * Gas Law Program (track the red ball!)
 * @http://www.chembio.uoguelph.ca/high_school/ (on-line resources for YOU on many Chem topics)
 * [|**Rutherford's Gold Foil Experiment**] An excellent animation explaining Rutherford's experiment
 * [|**Periodic Table**] An interactive Periodic Table
 * [|**Chem-Tutor: Reactions**] Clear explanation of how chemical reactions work, including balancing equations.
 * [|**Chemical Bonding**] Explains the different types of Chemical Bonding
 * [|**Hydrogen Bonds**] A Flash animation that explains how water is bonded with Hydrogen Bonds
 * [|**Chemical Demonstrations**] Videos of the some more reactive chemical demonstrations.