Канал: Kyle Munson

Chapter 13.2 and 13.3: Electron Pair and Molecular Geometry

Chapter 13.2 and 13.3: Electron Pair and Molecular Geometry

Chapter 13.5: Polarity of Molecules

Chapter 13.5: Polarity of Molecules

Chapter 13.4: The Geometry of Multiple Bonds

Chapter 13.4: The Geometry of Multiple Bonds

Chapter 13.1: Lewis Structures

Chapter 13.1: Lewis Structures

Chapter 9.8: Double Replacement Molecule Formation Reactions

Chapter 9.8: Double Replacement Molecule Formation Reactions

Chapter 9.9: Double Replacement Reactions with Unstable Products

Chapter 9.9: Double Replacement Reactions with Unstable Products

Chapter 9.7: Double Replacement Precipitation Reactions

Chapter 9.7: Double Replacement Precipitation Reactions

Chapter 9.5: Single Replacement Redox Reactions

Chapter 9.5: Single Replacement Redox Reactions

Chapter 10.4: Limiting Reactants

Chapter 10.4: Limiting Reactants

Chapter 9.4: Net Ionic Equations

Chapter 9.4: Net Ionic Equations

Chapter 9.3: Strong and Weak Acids

Chapter 9.3: Strong and Weak Acids

Chapter 9.2: Solutions of Ionic Compounds

Chapter 9.2: Solutions of Ionic Compounds

Chapter 9.1: Electrolytes & Conductivity

Chapter 9.1: Electrolytes & Conductivity

Chapter 10.3: Percent Yield

Chapter 10.3: Percent Yield

Chapter 10.2: Mass Mass Stoichiometry - Part 1

Chapter 10.2: Mass Mass Stoichiometry - Part 1

Chapter 10.2: Mass Mass Stoichiometry - Part 2

Chapter 10.2: Mass Mass Stoichiometry - Part 2

Chapter 10.1: Conversion Factors from Equations

Chapter 10.1: Conversion Factors from Equations

Chapter 8.8 and 8.9 Single and Double Replacement Reactions

Chapter 8.8 and 8.9 Single and Double Replacement Reactions

Chapter 8.10: Reactions of C-H-O Compounds

Chapter 8.10: Reactions of C-H-O Compounds

Chapter 8.6 and 8.7: Combination and Decomposition Reactions

Chapter 8.6 and 8.7: Combination and Decomposition Reactions

Chapter 8.3: Balancing Chemical Equations

Chapter 8.3: Balancing Chemical Equations

Chapter 8.4: Interpreting Chemical Equations

Chapter 8.4: Interpreting Chemical Equations

Chapter 8.2: Evolution of a Chemical Equation

Chapter 8.2: Evolution of a Chemical Equation

Chapter 8.1: Evidence of a Chemical Change

Chapter 8.1: Evidence of a Chemical Change

Chapter 7.7: Empirical Formula

Chapter 7.7: Empirical Formula

Chapter 7.8: Molecular Formula

Chapter 7.8: Molecular Formula

Chapter 7.6: Percentage composition

Chapter 7.6: Percentage composition

Chapter 7.5: Conversion Among Mass, Number of Moles, and Number of Units

Chapter 7.5: Conversion Among Mass, Number of Moles, and Number of Units

Chapter 7.3: The mole concept

Chapter 7.3: The mole concept

Chapter 7.4: Molar Mass

Chapter 7.4: Molar Mass

Chapter 7.2: Molecular and Formula Mass

Chapter 7.2: Molecular and Formula Mass

Chapter 7.1: Determining the number of atoms in a formula

Chapter 7.1: Determining the number of atoms in a formula

Chapter 6: Naming Acids

Chapter 6: Naming Acids

Chapter 6.10: Hydrates

Chapter 6.10: Hydrates

Chapter 6.8: Formulas of Ionic Compounds

Chapter 6.8: Formulas of Ionic Compounds

Chapter 6.9: Naming Ionic Compounds

Chapter 6.9: Naming Ionic Compounds

Chapter 6.4: Ions Formed by One Element - Part 2

Chapter 6.4: Ions Formed by One Element - Part 2

Chapter 6.3: Compounds of two Nonmetals

Chapter 6.3: Compounds of two Nonmetals

Chapter 6.4: Ions Formed by One Element

Chapter 6.4: Ions Formed by One Element

Chapter 6.2: Formulas of Elements

Chapter 6.2: Formulas of Elements

Chapter 11.6 Trends in the Periodic Table - Part 2

Chapter 11.6 Trends in the Periodic Table - Part 2

Chapter 12.5: Multiple Bonding

Chapter 12.5: Multiple Bonding

Chapter 12.4: Polar Covalent Bonding

Chapter 12.4: Polar Covalent Bonding

Chapter 12.3: Covalent Bonding

Chapter 12.3: Covalent Bonding

Chapter 12.1 Monatomic Ions

Chapter 12.1 Monatomic Ions

Chapter 12.2: Ionic Bonding

Chapter 12.2: Ionic Bonding

Chapter 11.6: Trends in the Periodic Table - Part 1

Chapter 11.6: Trends in the Periodic Table - Part 1

Chapter 11.4: Electron Configuration - Part 2

Chapter 11.4: Electron Configuration - Part 2

Chapter 11.5: Valance Electrons

Chapter 11.5: Valance Electrons

Chapter 11.4: Electron Configuration - Part 1

Chapter 11.4: Electron Configuration - Part 1

Chapter 11.3: The Quantum Mechanical Model of the Atom

Chapter 11.3: The Quantum Mechanical Model of the Atom

Chapter 11.2 The Bohr Model

Chapter 11.2 The Bohr Model

Chapter 11.1: Electromagnetic Radiation

Chapter 11.1: Electromagnetic Radiation

Chapter 5.6: The Periodic Table

Chapter 5.6: The Periodic Table

Chapter 5.7: Elemental Symbols

Chapter 5.7: Elemental Symbols

Chapter 5.5: Atomic Mass

Chapter 5.5: Atomic Mass

Chapter 5.4 Isotopes

Chapter 5.4 Isotopes

Chapter 5.3: The Nuclear Atom

Chapter 5.3: The Nuclear Atom

Chapter 5.2: Subatomic Particles

Chapter 5.2: Subatomic Particles

Chapter 5.1 Dalton's Atomic Theory

Chapter 5.1 Dalton's Atomic Theory

Chapter 4.1 Properties of Gases

Chapter 4.1 Properties of Gases

Chapter 4.2 The Ideal Gas Model

Chapter 4.2 The Ideal Gas Model

Chapter 4.3 Measuring Gases

Chapter 4.3 Measuring Gases

Chapter 4.4 Charles's law

Chapter 4.4 Charles's law

Chapter 4.5 Boyle's Law

Chapter 4.5 Boyle's Law

4.6 The Combined Gas Law

4.6 The Combined Gas Law

Chapter 3.8 Proportionality and Density

Chapter 3.8 Proportionality and Density

Chapter 3.7 Temperature Scale Conversions

Chapter 3.7 Temperature Scale Conversions

Chapter 3.6 Metric to UCSC Conversions

Chapter 3.6 Metric to UCSC Conversions

Chapter 3.5 Significant Figures: Part 5

Chapter 3.5 Significant Figures: Part 5

Chapter 3.5 Significant Figures: Part 4

Chapter 3.5 Significant Figures: Part 4

Chapter 3.5 Significant Figures: Part 3

Chapter 3.5 Significant Figures: Part 3

Chapter 3.5 Significant Figures: Part 2, Rounding Significant Figures

Chapter 3.5 Significant Figures: Part 2, Rounding Significant Figures

Chapter 3.5 Significant Figures: Part 1

Chapter 3.5 Significant Figures: Part 1

Chapter 3.2 Exponential (Scientific) Notation: Part 1

Chapter 3.2 Exponential (Scientific) Notation: Part 1

Chapter 3.2 Exponential (Scientific) Notation: Part 2

Chapter 3.2 Exponential (Scientific) Notation: Part 2

Chapter 3.2 Exponential (Scientific) Notation: Part 3

Chapter 3.2 Exponential (Scientific) Notation: Part 3

Chapter 3.3 Dimensional Analysis: Part 2

Chapter 3.3 Dimensional Analysis: Part 2

Chapter 3.4 Metric units

Chapter 3.4 Metric units

Chapter 3.3 Dimensional Analysis: Part 1

Chapter 3.3 Dimensional Analysis: Part 1

Chapter 2.6 Elements and compounds

Chapter 2.6 Elements and compounds

Chapter 2.8 Characteristics of Chemical Change

Chapter 2.8 Characteristics of Chemical Change

Chapter 2.7 Electrical character of matter

Chapter 2.7 Electrical character of matter

Chapter 2.1 Representations of matter

Chapter 2.1 Representations of matter

Chapter 2.4 and 2.5 Pure Substances and Mixtures

Chapter 2.4 and 2.5 Pure Substances and Mixtures

Introduction to Experimental Chemistry and Active Learning

Introduction to Experimental Chemistry and Active Learning

Chapter 2.3 Physical and Chemical Changes

Chapter 2.3 Physical and Chemical Changes

Chapter 2.2 States of matter

Chapter 2.2 States of matter