9:21
Calculating Isotopic Abundance Example
Papapodcasts
5:08
Average Atomic Mass Examples
7:29
Calculating Average Atomic Mass Examples
10:00
Isotopes and Average Atomic Mass
5:23
What is an Isotope?
6:56
The Atom, its Subatomic Particles and Chemical Notation
9:15
Atomic Theory of Matter
5:15
Dalton's Atomic Theory vs Modern Atomic Theory
6:46
Classifying Matter
7:47
Physical vs. Chemical Changes
9:47
Significant Digits Rule For Calculations
9:40
Significant Digits: When is a Zero Significant?
9:59
Using Measurements to Describe Matter
3:54
Physical and Chemical Properties
6:50
Gas Laws Overview
5:14
Introduction to Gas Law
1:29
VSPER Brief Recap
7:00
VSPER Shapes in Detail - Part 2
5:42
VSPER Shapes in Detail
10:01
VSPER Shapes Overview
6:38
VSPER Theory Part 2
4:36
VSPER Theory Part 1
Factor Labelling - Mole Conversions
7:45
Calculating Empirical Formula Part 2
5:53
Calculating Percentage Composition From a Formula
7:24
Introduction to Percentage Composition Lecture
8:14
Calculating Molar Mass Sample Problems Part 4
4:27
Calculating Molar Mass Sample Problems Part 3
6:20
Calculating Molar Mass Sample Problems Part 2
4:20
Calculating Molar Mass Sample Problems: Part 1
8:28
Introduction to Molar Mass and the Mole
3:09
Avogadro Constant Lecture Part 4
9:28
Avogadro Constant Lecture Part 3
9:34
Avogadro Constant Lecture Part 2
Avogadro Constant Lecture Part 1
5:55
Metallic Bonding Lecture
8:06
Covalent Bonding Lecture
Electronegativity Part 2
9:39
Electronegativity Part 1
Simplified Electron Configuration Notation
7:04
Electron Configuration Examples
Electron Configuration Notation
Introduction to Electron Configuration
2:32
Overview: Atomic Size, Ionization Energy & Electron Affinity
3:04
Periodic Table Trends: Electron Affinity
9:25
Periodic Table Trends: Ionization Energy
Periodic Table Trends: Atomic Radius
8:23
Trends in the Periodic Table
5:20
Designing the Periodic Table
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Calculating Formulas of Hydrate Compounds
8:29
Carbon Hydrogen Combustion Analyzer Calculations
8:50
Calculating Molecular Formulas of Compounds
Stoichiometry Sample Problems Part 5
5:54
Stoichiometry Sample Problems Part 4
6:04
Stoichiometry Sample Problems Part 3
5:01
Stoichiometry Sample Problems Part 2
6:34
Stoichiometry Sample Problems Part 1
6:37
Steps to Solving Stoichiometric Problems
9:58
Limiting Reactant Sample Problem 2
9:50
Limiting Reactant Sample Problem 1
4:08
Introduction to the Limiting Reactant Lecture
9:36
Percentage Yield Sample Problem 3
Percentage Yield Sample Problem #2 Part 2
8:18
Percentage Yield Sample Problem #2 Part 1
Introduction to Percentage Yield and Sample Problem #1
7:57
Molarity/Molar Concentrations
5:36
Concentration of Solutions: PPM and PPB Parts Per M/B
4:04
Concentration of Solutions: Volume/Volume % (v/v)
3:39
Concentration of Solutions: Mass/Mass % (m/m)%
4:21
Concentration of Solutions: mass/volume % (m/v)% Sample Problem #2
7:26
Concentration of Solutions Introduction: Mass/Volume % (m/v)%
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Preparing Solutions Sample Problem 3
3:40
Preparing Solutions Sample Problem 2
5:28
Preparing Solutions Sample Problem 1
6:39
Preparing Solutions Introduction
4:48
General Solubility Guidelines
8:35
Solubility Curve and Dissociation
8:00
Temperature and Solubility of Solids Part 5
4:33
Three Factors Affecting Solubility Part 4
6:26
Factors Affecting Solubility Polar and Non Polar Part 3
6:22
Factors Affecting Dissolving Dipole Attractions Part 2
9:18
Three Factors Affecting Dissolving Part 1
6:09
Types of Solutions: Solubility and Saturation Part 2
8:09
Types of Solutions: Variable Composition and Solubility Part 1
Dissociation of Ions in Aqueous Solutions
4:50
Colours of Precipitates
8:39
Net Ionic Equations and Spectator Ions
4:01
Reactions of Aqueous Solutions Forming Water - Neutralization Reactions
3:43
Reactions of Aqueous Solutions Forming Ammonia Gas
3:34
Reactions of Aqueous Solutions Forming Carbon Dioxide Gas
4:34
Reactions of Aqueous Solutions Forming Sulfur Dioxide Gas
3:15
Reactions of Aqueous Solutions Forming Hydrogen Sulfide
3:48
Reactions of Aqueous Solutions Forming Hydrogen Gas
6:52
Reactions of Aqueous Solutions Sample Problems
Reaction of Aqueous Solutions Introduction
Stoichiometry in Aqueous Solutions Part 5
6:12
Stoichiometry in Aqueous Solutions Part 4
7:37
Stoichiometry in Aqueous Solutions Part 3
8:45
Stoichiometry in Aqueous Solutions Part 2
Stoichiometry in Aqueous Solutions Part 1
9:08
Stoichiometry in Aqueous Solutions #5 updated
2:23
Comparing Arrhenius and Bronsted Lowry Theories of Acids and Bases
6:02
Conjugate Acid-Base Pairs Sample Problems
Bronsted Lowry Theory of Acids and Bases
Arrhenius Theory of Acids-Bases
8:02
Acid-Base Properties
8:25
Calculating pH from a Concentration of Hydronium
6:35
Power of the Hydrogen
5:26
Strong and Weak Bases
6:49
Diprotic and Triprotic Acids
9:42
Strong and Weak Acids
Calculating Concentration of Hydronium Ion from a pH Value
6:59
Acid-Base Reactions Sample Problem 2
7:15
Acid-Base Reactions Sample Problem 1
Acid-Base Reactions Lecture
14:26
Formulas Lesson 11: Naming and Writing Formulas of Covalent Compounds: Chemistry Lesson
14:49
Binary Acids & Oxyacid/Bases Nomenclature: Chemistry Lesson
14:06
Naming and Formulas of SOME Polyatomic Ions: Chemistry Lesson
14:41
Transition Metals and Writing Their Names and Formulas: Chemistry Lesson
20:51
Naming and Writing Formulas of Binary Ionic Compounds: Chemistry Lesson
46:30
Gas Pressure and Volume (Boyle's Law) Lecture
38:24
Gases and Temperature Changes Lecture (Charles & Gay-Lussac's Laws)
9:22
Dalton's Law of Partial Pressure Lecture
23:43
Combined Gas Law Calculations Lecture
57:40
The Ideal Gas Law Lecture
9:17
Application of the Ideal Gas Law Sample Problem 2
12:03
Application of the Ideal Gas Law Sample Problem 1
15:32
Application of the Ideal Gas Law Sample Problem 3
7:22
Gas Law Stoichiometry Sample Problem 4
9:53
Gas Law Stoichiometry Sample Problem 3
How to Solve Gas Law Stoichiometry with Sample Problem
8:49
Gas Law Stoichiometry Introduction with Sample Problem 1
36:27
Application of the Ideal Gas Law Lecture
8:03
Introducing Organic Compounds Lecture
34:31
Gas Law Stoichiometry Lecture
7:42
Drawing Alkane Hydrocarbons
28:38
Naming Alkane Hydrocarbons
6:40
Classifying Hydrocarbons
26:43
Naming and Drawing Alkene Hydrocarbons
13:52
Representing Hydrocarbons Lecture
22:31
Cyclic Hydrocarbon Ring Shaped Aliphatic Hydrocarbons
24:40
Naming & Drawing Alkyne Hydrocarbons
46:06
Lewis Dot Structures of Ionic and Covalent Compounds
10:51
Lewis Diagram of Phosphate Ion
16:17
Reactions of Alkenes & Alkynes: Addition Reactions
8:27
Reactions of Alkanes: Substitution Reactions
10:04
Functional Groups Introduction
21:03
Alcohol - Functional Group Nomenclature & Properties
21:35
Molecular Polarity
15:27
Concentration/Molarity
7:31
Libermann's Science Safety Video
1:39:19
SCH 3U: Chapter 7 (Ice Storm Broadcast)
38:14
Zoom Chemistry Lesson 4.4 - 4.6 March 25: Night School
29:08
Zoom Balancing Lesson 5.1 Part 1 March 30
21:37
Zoom Chemistry Lesson 5.1 Part 2 Balancing Equation March 30
8:19
Zoom Chemistry Lesson March 25 :Quizlet App
32:17
Zoom Chemistry Lesson 5.2-5.4 Synthesis Decomposition Reactions April 1
32:54
Zoom Chemistry Lesson 5.5-5.7 Single Double Neutralization & Combustion Reactions April 1
48:36
WebEx Chemistry Lesson 6.1-6.2 Avogadro & the Mole April 6 COVID19
50:12
WebEx Chem Lesson 7.1 and 7.2 Percent Composition and Empirical Formula April 8
27:11
WebEx Chemistry Lesson 7.3-7.5 Molecular Formulas Combustion Analyzer and Percent Hydrate April 15
39:31
WebEx Chemistry Lesson 8.1 Stoichiometry April 20
32:35
WebEx Chemistry Lesson 8.2 Limiting Reactants April 22
5:31
Chem 1.1: Describing Matter
6:01
Chem 1.2: Classifying Matter
10:07
Chem 1.3A: Measurement Precision and Accuracy
11:55
Chem 1.3B: Significant Figures
Chem 2.1A: The Atom
Chem 2.1B: Chemical Notation, Symbols & Isotope Form
21:41
WebEx Chemistry Lesson 8.3 Percent Yield April 27
19:06
WebEx Chemistry Lesson 9.1 Types of Solutions April 29
44:51
WebEx Chemistry Lesson 9.2 Factors Affecting Dissolving Solubility May 4
25:24
WebEx Chemistry Lesson 9.3 Concentration of Solutions May 6
15:00
WebEx Chemistry Lesson 9.4 Preparing Solutions May 6
9:30
WebEx Chemistry Lesson 10.1 Making Predictions in Solubility May 11
32:50
WebEx Chemistry Lesson 10.2 Reactions in Aqueous Solutions May 11
17:16
WebEx Chemistry Lesson 10.3 Stoichiometry in Solutions May 13
9:12
Chem 2.2A: Isotopes & Average Atomic Mass
9:54
Chem 2.2B: Isotopic Abundance Sample Problems
18:44
Chem 2.3: Atoms Elements and the Periodic Table
35:07
WebEx Chemistry Lesson 11.1 Acids and Bases May 20
6:48
Chem 2.4A: Atomic Radius Trend
