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Introduction to Chemistry: Structured Study Guide and Syllabus Overview

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The Scientific Method

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    The Scientific Method Concept 1
    01:59
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    The Scientific Method Concept 2
    01:38
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    The Scientific Method Example 1
    00:46

Dimensional Analysis

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    Dimensional Analysis
    06:11
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    Dimensional Analysis Example 1
    04:53

Scientific Notation

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    Scientific Notation
    02:50
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    Scientific Notation
    01:41
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    Scientific Notation Example 1
    01:53

Significant Figures (Simplified)

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    Significant Figures (Simplified) Example 2
    01:09
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    Significant Figures (Simplified) Example 1
    00:58
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    Significant Figures (Simplified) Concept 2
    04:40

Classification of Matter

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    Classification of Matter
    01:34
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    Classification of Matter
    04:19
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    Classification of Matter Example 1
    02:58

Physical & Chemical Changes

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    Physical & Chemical Changes Example 2
    01:52
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    Reversible Changes in Matter
    03:42
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    Physical & Chemical Changes Example 1
    01:52

Law of Conservation of Mass

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    Law of Conservation of Mass Example 1
    01:20
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    Law of Conservation of Mass
    01:48

Endothermic & Exothermic Reactions

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    Endothermic & Exothermic Reactions Example 2
    1:48
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    Endothermic & Exothermic Reactions
    02:38
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    Endothermic & Exothermic Reactions
    02:30

Subatomic Particles (Simplified)

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    Subatomic Particles (Simplified) Concept 1
    01:25
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    Subatomic Particles (Simplified) Concept 2
    02:36
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    Subatomic Particles (Simplified) Example 1
    03:31

Isotopes

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    Isotopes
    04:36
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    Isotopes Example 1
    03:57

Atomic Mass (Simplified)

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    Atomic Mass (Simplified) Concept 2
    01:51
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    Atomic Mass (Conceptual) Concept 1
    01:13
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    Atomic Mass (Conceptual) Example 1
    02:06

Periodic Table: Element Symbols

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    Periodic Table: Symbols Concept
    04:01
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    Periodic Table: Symbols Example 1
    01:01

Periodic Table: Classifications

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    Periodic Table: Classifications
    01:12
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    Periodic Table: Classifications
    02:40
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    Periodic Table: Classifications
    03:37

Naming Monoatomic Cations

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    Naming Monoatomic Cations Example 1
    00:34
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    Naming Monoatomic Cations Concept 1
    01:24
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    Naming Monoatomic Cations Concept 2
    03:28

Naming Monoatomic Anions

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    Naming Monoatomic Anions Concept 1
    01:42
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    Naming Monoatomic Anions Example 1
    00:37

Naming Ionic Compounds

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    Naming Ionic Compounds
    01:52
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    Naming Ionic Compounds Example 1
    01:01
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    Naming Ionic Compounds
    02:11

Naming Binary Molecular Compounds

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    Naming Binary Molecular Compounds Concept 1
    01:10
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    Naming Binary Molecular Compounds Concept 2
    00:59
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    Naming Binary Molecular Compounds Example 1
    01:21

Calculating Molar Mass

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    Calculating Molar Mass
    01:10
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    Calculating Molar Mass Example 1
    03:12

Empirical Formula

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    Empirical Formula
    02:26
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    Empirical Formula Example 1
    05:11

Molecular Formula

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    Molecular Formula Example 1
    05:03
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    Molecular Formula
    02:08

Mass Percent

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    Mass Percent Example
    01:21
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    Mass Percent Concept
    00:38

Chemical Reaction: Chemical Change

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    Chemical Reaction: Chemical Change Example 2
    01:24
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    Chemical Reaction: Chemical Change Example 1
    00:49
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    Chemical Reaction: Chemical Change Concept 2
    02:04

Balancing Chemical Equations (Simplified)

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    Balancing Chemical Equations (Simplified) Example 1
    04:21
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    Balancing Chemical Equations (Simplified) Concept 1
    01:32

Solubility Rules

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    Solubility Rules
    00:28
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    Solubility Rules Example 2
    01:32
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    Solubility Rules
    02:30

Gas Evolution Equations (Simplified)

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    Gas Evolution Equations (Simplified) Concept 1
    01:33
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    Gas Evolution Equations (Simplified) Example 1
    03:17

Stoichiometry

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    Stoichiometry
    01:16
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    Stoichiometry
    03:04
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    Stoichiometry Example 1
    05:53

Limiting Reagent

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    Limiting Reagent
    01:30
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    Limiting Reagent
    01:34

Percent Yield

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    Percent Yield
    03:09
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    Percent Yield Example 1
    04:43

Thermal Equilibrium (Simplified)

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    Thermal Equilibrium Example 1
    2:14
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    Thermal Equilibrium (Simplified) Concept 1
    02:13

Heat Capacity

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    Heat Capacity
    00:44
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    Heat Capacity Example 3
    02:08
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    Heat Capacity Example 2
    01:47

The Atom (Simplified)

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    The Atom (Simplified) Concept 2
    02:53
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    The Atom (Simplified) Concept 1
    01:44
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    The Atom (Simplified) Example 1
    02:52

Bohr Model (Simplified)

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    Bohr Model (Simplified) Concept 2
    03:29
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    Bohr Model (Simplified) Concept 1
    01:54
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    Bohr Model (Simplified) Example 1
    00:41

Electronic Structure

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    Electronic Structure Concept 2
    01:47
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    Electronic Structure Concept 1
    01:06
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    Electronic Structure Example 1
    00:44

Electronic Structure: Shells

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    Electronic Structure: Shells Example 1
    00:38
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    Electronic Structure: Shells Concept 1
    02:29

Electronic Structure: Subshells

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    Electronic Structure: Subshells Example 1
    00:53
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    Electronic Structure: Subshells Concept 1
    01:06

Electronic Structure: Orbitals

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    Electronic Structure: Orbitals Concept 1
    02:09
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    Electronic Structure: Orbitals Concept 3
    02:57
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    Electronic Structure: Orbitals Example 2
    00:45

Electronic Structure: Electron Spin

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    Electronic Structure: Electron Spin Concept 1
    01:23
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    Electronic Structure: Electron Spin Example 1
    01:12

Electronic Structure: Number of Electrons

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    Electronic Structure: Number of Electrons Example 1
    00:38
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    Electronic Structure: Number of Electrons Concept 1
    00:46

The Electron Configuration (Simplified)

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    The Electron Configuration (Simplified) Concept 4
    01:23
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    The Electron Configuration (Simplified) Concept 1
    02:15
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    The Electron Configuration (Simplified) Example 1
    00:50

Periodic Trend: Atomic Radius (Simplified)

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    Periodic Trend: Atomic Radius (Simplified) Example 1
    01:07
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    Periodic Trend: Atomic Radius (Simplified) Concept 2
    01:06
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    Periodic Trend: Atomic Radius (Simplified) Concept 1
    02:02

Periodic Trend: Ionization Energy (Simplified)

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    Periodic Trend: Ionization Energy (Simplified) Example 1
    00:40
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    Periodic Trend: Ionization Energy (Simplified) Concept 2
    01:25
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    Periodic Trend: Ionization Energy (Simplified) Concept 1
    02:13

Lewis Dot Symbols (Simplified)

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    Lewis Dot Symbols (Simplified) Example 1
    00:50
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    Lewis Dot Symbols (Simplified) Concept 1
    00:52
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    Lewis Dot Symbols (Simplified) Example 2
    01:18

Ionic Bonding

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    Ionic Bonding Example 2
    01:06
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    Ionic Bonding Example 1
    01:16
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    Ionic Bonding Concept 1
    02:33

Covalent Bonds

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    Covalent Bonds Example 1
    01:18
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    Covalent Bonds Example 2
    01:13
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    Covalent Bonds Concept 3
    00:46

Lewis Dot Structures: Neutral Compounds (Simplified)

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    Lewis Dot Structures: Neutral Compounds (Simplified) Example 1
    02:49
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    Lewis Dot Structures: Neutral Compounds (Simplified) Concept 1
    00:37

Resonance Structures (Simplified)

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    Resonance Structures (Simplified) Concept 1
    01:59
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    Resonance Structures (Simplified) Example 1
    01:31

Valence Shell Electron Pair Repulsion Theory (Simplified)

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    Valence Shell Electron Pair Repulsion Theory (Simplified) Example 2
    00:45
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    Valence Shell Electron Pair Repulsion Theory (Simplified) Concept 2
    01:40
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    Valence Shell Electron Pair Repulsion Theory (Simplified) Concept 1
    01:04

Electron Geometry (Simplified)

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    Electron Geometry (Simplified) Example 1
    00:45
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    Electron Geometry (Simplified) Example 2
    01:50
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    Electron Geometry (Simplified) Concept 1
    02:25

Molecular Geometry (Simplified)

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    Molecular Geometry (Simplified) Example 2
    01:41
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    Molecular Geometry (Simplified) Concept 2
    02:03
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    Molecular Geometry (Simplified) Example 1
    01:32

Bond Angles (Simplified)

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    Bond Angles (Simplified) Example 1
    01:24
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    Bond Angles (Simplified) Concept 2
    02:14
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    Bond Angles (Simplified) Concept 1
    01:24

Dipole Moment (Simplified)

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    Dipole Moment (Simplified) Example 3
    01:07
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    Dipole Moment (Simplified) Concept 1
    01:51
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    Dipole Moment (Simplified) Concept 2
    01:25

Molecular Polarity (Simplified)

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    Molecular Polarity (Simplified) Concept 1
    01:34
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    Molecular Polarity (Simplified) Example 1
    01:09

Kinetic Molecular Theory

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    Kinetic Molecular Theory Example 1
    02:13
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    Kinetic Molecular Theory
    01:19
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    Kinetic Molecular Theory
    03:23

Pressure Units

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    Pressure Units
    01:15
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    Pressure Units Example 1
    00:48
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    Pressure Units
    01:54

Chemistry Gas Laws

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    Chemistry Gas Laws
    03:20
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    Chemistry Gas Laws Example 1
    01:14
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    Chemistry Gas Laws
    02:06

Chemistry Gas Laws: Combined Gas Law

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    Chemistry Gas Laws: Combined Gas Law Example 1
    03:35
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    Chemistry Gas Laws: Combined Gas Law
    01:43

Standard Temperature and Pressure

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    Standard Temperature and Pressure Example 1
    02:20
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    Standard Temperature and Pressure
    00:33
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    Standard Temperature and Pressure Example 2
    01:44

Dalton's Law: Partial Pressure (Simplified)

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    Dalton's Law: Partial Pressure (Simplified) Concept 1
    00:44
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    Dalton's Law: Partial Pressure (Simplified) Concept 2
    00:48
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    Dalton's Law: Partial Pressure (Simplified) Example 3
    01:59

Solutions

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    Solutions Example 2
    01:16
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    Solutions
    02:38
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    Solutions Example 1
    00:42

Molarity

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    Molarity Example 1
    01:46
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    Molarity
    01:13
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    Molarity
    00:53

Molality

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    Osmolality
    00:56
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    Molality Calculations Example 1
    04:19
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    Molality Calculations Example 2
    01:14

Boiling Point Elevation

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    Boiling Point Elevation Concept 1
    03:05
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    Boiling Point Elevation Example 1
    01:54

Freezing Point Depression

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    Freezing Point Depression Example 1
    02:18
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    Freezing Point Depression Concept 1
    02:00

Osmosis

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    Osmosis Concept 1
    01:18
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    Osmosis Concept 3
    04:29
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    Osmosis Concept 2
    02:17

Acid-Base Introduction

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    Acid-Base Introduction Concept 4
    01:30
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    Acid-Base Introduction Concept 3
    00:33
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    Acid-Base Introduction Example 4
    00:48

Arrhenius Acid and Base

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    Arrhenius Acids & Bases Concept 1
    03:11

Bronsted Lowry Acid and Base

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    Bronsted Lowry Acids & Bases Example 2
    01:00
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    Bronsted Lowry Acids & Bases Concept 1
    03:17
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    Bronsted Lowry Acids & Bases Example 1
    01:23

Acid and Base Strength

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    Acid and Base Strength Concept 4
    01:46
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    Acid and Base Strength Concept 3
    00:50
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    Acid and Base Strength Concept 2
    03:27

The pH Scale

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    The pH Scale Concept 3
    02:42
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    The pH Scale Example 1
    03:15
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    The pH Scale Concept 4
    01:21

Auto-Ionization

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    Auto-Ionization Concept 1
    03:10
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    Auto-Ionization Example 1
    02:47

pH of Strong Acids & Bases

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    pH of Strong Acids & Bases Concept 1
    01:32
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    pH of Strong Acids & Bases Example 1
    04:48
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    pH of Strong Acids & Bases Example 2
    03:29

Acid-Base Reactions

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    Acid-Base Reactions Concept 1
    03:08
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    Acid-Base Reactions Example 1
    00:52

Buffers

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    Buffers Concept 1
    03:14
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    Buffers Concept 2
    04:34
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    Buffers Example 1
    03:53

Rate of Reaction

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    Rate of Reaction Concept 7
    02:16
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    Rate of Reaction Concept 5
    01:49
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    Rate of Reaction Concept 3
    00:21

Energy Diagrams

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    Energy Diagrams Concept 1
    02:40
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    Energy Diagrams Example 2
    00:43
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    Energy Diagrams Concept 2
    02:23

Chemical Equilibrium

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    Chemical Equilibrium Concept 1
    03:42

The Equilibrium Constant

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    The Equilibrium Constant Concept 1
    02:50
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    The Equilibrium Constant Example 1
    03:43

Le Chatelier's Principle

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    Thermodynamics
    01:41
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    The following is an endothermic reaction where Kc = 6.73 x 103.For each of the choices below predict in which direction the reaction will proceed
    09:34

Calculate Oxidation Numbers

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    Calculate Oxidation Numbers Example 4
    01:22
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    Calculate Oxidation Numbers Example 2
    01:38
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    Calculate Oxidation Numbers
    02:42

Redox Reactions

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    Redox Reactions Example 1
    02:17
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    Redox Reactions
    01:53
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    Redox Reactions
    01:01

Spontaneous Redox Reactions

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    Spontaneous Redox Reactions Example 1
    01:52
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    Spontaneous Redox Reactions Concept 1
    02:21

Balancing Redox Reactions: Acidic Solutions

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    Balancing Redox Reactions: Acidic Solutions
    01:46
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    Balancing Redox Reactions: Acidic Solutions Example 1
    00:52
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    Balancing Redox Reactions: Acidic Solutions Example 2
    07:19

Balancing Redox Reactions: Basic Solutions

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    Balancing Redox Reactions: Basic Solutions Example 1
    08:25
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    Balancing Redox Reactions: Basic Solutions
    01:04

Galvanic Cell (Simplified)

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    Galvanic Cell (Simplified) Example 2
    02:41
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    Galvanic Cell (Simplified) Concept 3
    03:20
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    Galvanic Cell (Simplified) Example 4
    01:02

Types of Radiation

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    Types of Radiation Concept 2
    03:27
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    Types of Radiation Concept 1
    02:06

Alpha Decay

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    Alpha Decay Concept 1
    04:23
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    Alpha Decay Concept 2
    01:33
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    Alpha Decay Example 1
    02:10

Beta Decay

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    Beta Decay Example 1
    01:26
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    Beta Decay Example 2
    06:46
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    Beta Decay Concept 1
    01:54

Gamma Emission

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    Gamma Emission Concept 1
    02:15
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    Gamma Emission Example 1
    01:36
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    Gamma Emission Concept 2
    02:53

Radioactive Half-Life

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    Radioactive Half-Life Example 1
    01:06
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    Radioactive Half-Life Concept 2
    01:28
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    Radioactive Half-Life Concept 1
    02:09