Chemistry 1010 - Fall 2021

Week 1: Philosophy Of The Scientific Method Lecture
Watch
The Evolution Of Science And The Scientific Method
The Philosophy Of Science And The Scientific Method Lecture
Overview
The Scientific Method
A History Lesson
Textbook: The Scientific Method
§1.3 - The Scientist And The Artist
§1.4 - The First People To Wonder About Molecular Reasons
§1.5 - Immorality And Endless Riches
§1.6 - The Beginning Of Modern Science
Week 2: Matter And Atomic Structure
Miscellaneous
Overview
Learning Outcomes
Watch
The Composition Of Matter
The Nature Of Matter
Definition Of Matter VIA Composition
Definition Of Matter VIA Phases
Atomic Structure Lecture
The Evolution Of The Atom
Law Of The Conservation Of Mass Continued
The Law Of Definite Proportions
Evolution Of The Atom
Textbook: Composition Of Matter
Sections 1.7 - 1.8: Matter
§1.7 - The Classification Of Matter
§1.8 - The Properties Of Matter
Sections 1.9 - 1.10: Atomic Structure
§1.9 - The Development Of The Atomic Theory
§1.10 - The Nuclear Atom
Section 2.8: Density
§2.8 - Density: A Measure Of Compactness
Density As A Conversation Factor
Complete
Composition Of Matter
Week 3 - Handling Scientific Data
Overview
Learning Outcomes
Significant Figures
Significant Figures - Watch
Lecture On Significant Figures
Introduction To Significant Figures
Precision And Accuracy
Significant Figures - Rules
Scientific Notation
Lecture On Significant Figures And Making Measurements
Measurements And Significant Figures Continued
Measurements And Uncertainty (I.e. The Last Digit)
Arithmetic With Significant Figures
Significant Figures - Read
§2.2 - Measurements
§2.3 - Scientific Notation
Appendix 1 - Significant Figures
Rules
Graphical Representations Of Data
Graphical Representations Of Data - Watch
Graphical Representations Of Data - Read
§2.4 - Units In Measurement
§2.5 - Converting Between Units
§2.6 - Reading Graphs
Week 3 - Extra Notes
Significant Figures
Counting Significant Zeroes
Rounding Significant Figures
Examples
Arithmetic
Division Examples
Addition And Subtraction Examples
Reading Graphs
Week 4: Dimensional Analysis
Overview
Learning Outcomes
Terms To Know
Read
Chapter 2
§2.4 - Units Of Measurement
§2.5 - Converting Between Units
Chapter 3: Atoms And Elements
§3.1 - A Walk In The Beach
§3.2 - Protons Determine The Element
§3.3 - Electrons
§3.4 - Neutrons
§3.5 - Specifying An Atom
§3.6 - Atomic Mass
Week 4 - Extra Notes
Atomic Quantities
Writing Symbols For Isotopes And Ions
Isotopes
Week 5: Models Of The Atom
Overview
Read - Periodic Law And The Bohr Model
Chapter 3: Atoms And Elements
§3.7 - The Periodic Law
§3.8 - A Theory That Explains The Periodic Law
The Bohr Model Of The Atom
Valence Electrons
Nobel Gasses
Alkaline Metals
§3.9 - The Quantum Mechanical Model For The Atom
§3.10 - Families Of Elements
Overview
Diatonic Molecules
Week 6: The Language Of Chemistry
The Mole
§3.11 - A Dozen Nails and a Mole of Atoms
Molecules And Types Of Bonding
§4.1 - Molecules Cause The Behavior Of Matter
§4.2 - Chemical Compounds And Chemical Formulas
§4.3 - Ionic And Molecular Compounds
Ionic Compounds
Molecular Compounds
§4.5 - Formula Mass And Molar Mass Of Compounds
§4.6 - Composition Of Compounds: Chemical Formulas As Conversion Factors
Analogy
Naming
Naming Notes
§4.4 - Naming Compounds
Naming Ionic Compounds
Naming Molecular Compounds
Extra
Formula Mass
Example #1
Example #2
Example #3
Compounds
Trick Question #1
Week 7 - Chemical Reactions And Stoichiometry
Overview
Learning Outcomes
Chemical Reactions And Balancing
Stoichiometry
Making Pizza And Making Molecules
Example #1
Example #2
Using Chemical Formulas As Conversion Factors
Example #3
Example #4
Using Chemical Reactions As Conversation Factors
Example #5
Example #6
Example #7
Week 9- Wonders of Water
Bonding: Lewis Structures and Resonance
Bonding and Lewis Structures
Summary
Chemical Bonding And Professor G. N. Lewis
Ionic Lewis Structures
Additional Notes About Ionic Lewis Structures
Example #1
Covalent Lewis Structures
Example #2
Example #3
Multiple Covalent Bonds
Example #4
Resonance
Notes
The Problem
In General
Shapes of Molecules and Polarity
VSEPR - Valence Shell Election Pair Repulsion Theory
Table
Multiple Bonds & Molecular Geometry
Polar Bonds & Polar Molecules
Polarity
Example #5
Non-polar Molecules
Things That Will Not Form Polar Bonds
Polar Molecules
Facts About Polar Molecules
Extra Notes
Exceptions To The Octet Rule
VESPR Theory
Key Points
2 Electron Groups
3 Electron Groups
4 Electron Groups
5 Electron Groups
6 Electron Groups
Week 9 - Extra Notes
Chapter 5
Polar vs. Non-polar Molecules (General Heuristics)
Formal Charges
Example #1
Summary Of Quiz 5
Failed Question #1
Failed Question #2
Week 10: Lighting It Up With Electrons
Light & Color
Anatomy Of A Wave
Formulas
Radiation Frequency Range
Radiation Frequency Range (ordered)
Wavelength & Energy Of Light
Frequency
The Electromagnetic Spectrum
Notice
Week 11: Under Pressure
Gas Laws
Ideal Gas Law
Derivations
Week 13 - The Forces Between Molecules
General Overview
Miscellaneous
Cohesive Forces
Rational
Overview
Dispersion Force
Dipole Forces
Hydrogen Bonds
Solutions
Terminology
Units
Concentration
Formulas
Other Formulas
Week 14 Acids And Bases
Acids & Bases
Quick Facts
Introduction
Reaction Examples
Example #1
Example #2
Acids
Properties Of Acids
Bases
Properties Of Bases
Strong & Weak Acids & Bases
Strong Acids
Strong Bases
Weak Bases
Weak Acids
The pH Scale
Conjugate Acids And Conjugate Bases
Example #3
Overview
Chapters
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 4 Overview
Naming Binary Covalent Compounds
Chapter 5
Chapter 7
Chapter 11
Chapter 11 Units
Chapter 11 - Regions Of The Atmosphere
Chapter 11 - Gasses To Know About
Chapter 11 - Pollutants
Chapter 12
Key Terms
Quantity Relationships
Density
Concentration
Solutions
Concentration
Concentration Overview
Molality