CHY 113

TMU

Course Overview

Lessons & Practice

I. Welcome

1. Thermochemistry: Chemical Energy (Review)

2.3hr

1.1.1. Thermodynamics4 min

1.1.2. State Variables 3 min

1.1.3. Example2 min

1.1.4. Extensive vs Intensive Properties 2 min

1.1.5. Additional Terminology5 min

1.2.1. 0th Law of Thermodynamics 3 min

1.3.1. The 1st Law of Thermodynamics7 min

1.3.2. Signs of Heat and Work & Calculating Work4 min

1.3.3. Example5 min

1.3.4. Practice1 min

1.3.5. Practice3 min

1.4.1. Expansion Due to Chemical Reaction8 min

1.4.2. Example4 min

1.4.3. Practice2 min

1.5.1. Calorimetry12 min

1.5.2. Heat Capacity of Ideal Gases2 min

1.5.3. Practice3 min

1.5.4. Practice

1.6.1. Heat Capacity and Calorimetry13 min

1.6.2. Example7 min

1.6.3. Example6 min

1.6.4. Practice56 sec

1.6.5. Practice10 min

1.6.6. Example7 min

1.6.7. Practice

1.7.1. Enthalpy of Reaction2 min

1.7.2. Example4 min

1.8.1. Heats of Formation6 min

1.8.3. Practice

1.8.4. Practice

1.9.1. Bond Energies4 min

1.9.3. Practice

1.10.1. Hess’ Law5 min

1.10.2. Practice

1.10.3. Practice [challenging]1 min

2. Gibbs Energy & Thermodynamics

34min

2.1.1. 2nd Law of Thermodynamics (Entropy)6 min

2.1.2. Factors Affecting Entropy Changes 10 min

2.1.3. Example1 min

2.1.4. Practice1 min

2.1.5. Practice4 min

2.2.1. 3rd Law of Thermodynamics1 min

2.2.2. Summary of the Laws of Thermodynamics

2.3.1. Gibbs Free Energy and Spontaneity2 min

2.3.2. Spontaneity 7 min

2.3.3. Example: Spontaneity of a Reaction

2.3.4. Predicting Spontaneity Based off Entropy2 min

3. The Quantum Mechanical Model of the Atom

2.9hr

3.1.1. Electromagnetic Spectrum2 min

3.1.2. Photon Equations5 min

3.1.3. Photon Equations (Cntd.)9 min

3.1.4. Example4 min

3.1.5. Example3 min

3.1.6. Practice1 min

3.1.7. Practice4 min

3.2.1. The Photoelectric Effect8 min

3.2.2. The Photoelectric Effect Equation11 min

3.2.3. Example5 min

3.2.4. Practice3 min

3.2.5. Practice5 min

3.3.1. The Basics of Absorption and Emission Spectra3 min

3.3.2. Bohr's Atomic Model 12 min

3.3.3. Absorption vs Emission of a Photon3 min

3.3.4. Example4 min

3.3.5. Example3 min

3.4.1. Bohr Model Equations8 min

3.4.2. Example4 min

3.4.3. Example8 min

3.4.4. Practice 6 min

3.5.1. The Bohr Model and Atomic Line Spectra7 min

3.5.2. Relating Electronic Transitions to Emission Spectra8 min

3.5.3. Example4 min

3.5.4. Practice

3.5.5. Practice1 min

3.6.1. Wave-Particle Duality 8 min

3.6.2. Example2 min

3.6.3. Practice

3.6.4. Practice3 min

3.7.1. The Bohr Model Vs The Quantum Model6 min

3.8.1. The Heisenberg Uncertainty Principle5 min

3.8.2. Example9 min

3.8.3. Practice4 min

3.9.1. Schrodinger's Equation3 min

3.Q. Exam Practise & Problems14 Qns

4. Periodic Properties of the Elements

1.9hr

4.1.1. The Periodic Table of Elements9 min

4.1.2. Practice2 min

4.2.1. Effective Nuclear Charge 9 min

4.2.2. Example1 min

4.2.3. Practice2 min

4.3.1. Atomic Radius7 min

4.3.2. Ionic Radius7 min

4.3.3. Example2 min

4.3.4. Example3 min

4.3.5. Practice1 min

4.4.1. Ionization Energy 5 min

4.4.2. Comparing 1st, 2nd, and 3rd Ionization Energies9 min

4.4.3. Practice2 min

4.4.4. Practice2 min

4.4.5. Practice5 min

4.5.1. Electron Affinity 10 min

4.5.2. Example2 min

4.5.3. Practice2 min

4.5.4. Practice4 min

4.6.1. Electronegativity 4 min

4.6.2. Example47 sec

4.6.3. Practice3 min

4.7.1. Periodic Trends Theory2 min

4.7.2. Example5 min

4.7.3. Practice4 min

4.7.4. Practice7 min

4.7.5. Practice2 min

4.Q. Exam Practise & Problems9 Qns

6. Chemical Bonding II: Molecular Shapes & Valence Bond Theory

1.8hr

6.1.1. VSEPR Theory20 min

6.1.2. Example10 min

6.1.3. Example6 min

6.1.4. Practice

6.1.5. Practice

6.1.6. VSEPR and Molecular Shapes Cheatsheet

6.2.1. Review of Polar Covalent Bonds

6.2.2. Molecular Polarity 8 min

6.2.3. Example8 min

6.2.4. Practice

6.2.5. Practice3 min

6.3.1. Introduction to Hybridization5 min

6.3.2. Determining Hybridization7 min

6.3.3. Example8 min

6.3.4. Example4 min

6.3.5. Example: Determine the Hybridization on Carbon2 min

6.3.6. Practice

6.4.1. Introduction to Valence Bond Theory6 min

6.4.2. Valence Bond Theory and Hybridization11 min

6.4.3. Example: Valence Bond Description of O

_2

_2

6.4.4. Practice: Bonding in Methyldiazene1 min

6.4.5. Practice: Bonding in Methyldiazene Part 21 min

6.Q. Exam Practise & Problems8 Qns

7. Liquids, Solids, and Intermolecular Forces

2.1hr

7.1.1. Intramolecular vs Intermolecular Forces5 min

7.1.2. Intermolecular Forces Theory15 min

7.1.5. Practice9 min

7.2.1. Phases of Matter3 min

7.2.2. Intermolecular Forces and Boiling Point11 min

7.2.3. Other Physical Properties and Intermolecular Forces6 min

7.2.4. Example9 min

7.2.5. Example4 min

7.2.6. Practice

7.2.7. Practice

7.3.1. Phase Transitions7 min

7.3.2. Practice

7.4.1. Introduction to the Heat Curve15 min

7.4.2. Important Things to Know About the Heat Curve6 min

7.4.3. Example8 min

7.4.4. Practice

7.4.5. Practice

7.5.1. Phase Diagrams13 min

7.5.2. Extra Low Yield Information for Phase Diagrams4 min

7.5.3. Example4 min

7.5.4. Practice

7.5.5. Example5 min

7.5.6. Practice

7.Q. Exam Practise & Problems5 Qns

8. Chemical Kinetics

1.5hr

8.1.1. Introduction to Kinetics1 min

8.2.1. Reaction Rates 3 min

8.2.2. Measuring Reaction Rates4 min

8.2.3. Practice: Rate of Reaction6 min

8.2.4. Practice: Rate of Reaction5 min

8.3.1. Rate Laws2 min

8.3.2. Example: Determining Reaction Order44 sec

8.3.3. Determining the Rate Law From Experimental Data 10 min

8.3.4. Shortcut to Find Units of k Quicker 3 min

8.3.5. Practice: Experimental Rate Law 6 min

8.3.6. Practice: Determining Rate Law Exponents

8.3.7. Practice: Rate Law1 min

8.3.8. Practice: Units of the Rate Constant, K5 min

8.4.1. Integrated Rate Laws for Various Orders 7 min

8.4.2. Example: Plotting a Straight Line with the Integrated Rate Laws

8.4.3. Practice: Integrated Rate Laws Practice

8.4.4. Integrated Rate Laws Cheatsheet

8.4.5. First Order Reactions

8.4.6. Second Order Reactions

8.5.1. Half-life for Various Orders 4 min

8.5.2. Practice: Half-Life

8.5.3. Practice: Radioactive Decay in Smoke Detectors1 min

8.6.1. Arrhenius Equation1 min

8.6.2. Example: Arrhenius Equation

8.6.3. Example: Arrhenius Equation1 min

8.6.4. Practice: Arrhenius Equation

8.7.1. How Do We Measure Ea39 sec

8.7.2. Practice: Determining the Activation Energy39 sec

8.8.1. 3 Neccessary Steps For a Reaction to Occur 1 min

8.8.2. Collision Theory7 min

8.8.3. Collision Theory Represented By A Graph2 min

8.8.4. Transition State Theory 4 min

8.8.5. Additional Notes on the Arrhenius Equation 9 min

9. Electrochemistry

1.4hr

9.1.1. Oxidation States7 min

9.1.2. Oxidation States - Additional Information5 min

9.1.3. Example3 min

9.1.4. Practice

9.1.5. Practice

9.2.1. Redox Reactions Theory8 min

9.2.2. Practice3 min

9.2.3. Practice49 sec

9.2.4. Practice

9.3.1. Reduction Potentials 10 min

9.3.2. How Potentials Relate to Spontaneity 7 min

9.3.3. Example: Electrochemical Cell Practice 4 min

9.3.4. Practice: Strongest Reducing Agent3 min

9.4.1. Galvanic/Voltaic Cells13 min

9.4.2. Practice: Galvanic Cells44 sec

9.4.3. Practice: Galvanic Cells 5 min

9.4.4. Example: Will A Reaction Occur? 10 min

9.4.5. Example: Electrochemistry2 min

9.4.6. Practice: Electrochemistry2 min

I Welcome

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Answered

Anonymous

Hi, I have noticed that the course material does not align with Fundamentals of Engineering Materials.

R

Rex H

Instructor

Hi Riz, 

Thank you for your response and sorry about your experience. We appreciate your feedback and we will review accordingly! 

Answered

A

Arsalan K

This is not 204 

W

Will D

Instructor

thanks for the heads up.  we'll make the correction.

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