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Half-life Examples: The 4 types of problems you can do

Half-life Examples: The 4 types of problems you can do

History of discoveries leading up to the modern atomic theory

History of discoveries leading up to the modern atomic theory

Revisions to Dalton's Model--Plum Pudding & the Nuclear Model

Revisions to Dalton's Model--Plum Pudding & the Nuclear Model

John Dalton's First Modern Atomic Theory

John Dalton's First Modern Atomic Theory

Acids & Bases Introduction

Acids & Bases Introduction

% ionization of a weak acid

% ionization of a weak acid

Weak acid pH problem

Weak acid pH problem

ICE chemical equilibrium problems--an introduction

ICE chemical equilibrium problems--an introduction

Heat of Phase Change

Heat of Phase Change

Finding the Equilibrium Temperature of a Mixture of Different Temperatures

Finding the Equilibrium Temperature of a Mixture of Different Temperatures

ICE problem example

ICE problem example

Heat transfer introduction Q=mCΔT

Heat transfer introduction Q=mCΔT

Solubility product constant problems

Solubility product constant problems

Solving equations with large exponents

Solving equations with large exponents

Solving Quadratics (Or) Avoiding it with the 5% rule!

Solving Quadratics (Or) Avoiding it with the 5% rule!

Math with the equilibrium constant.

Math with the equilibrium constant.

Conservation of Mechanical Energy Problems

Conservation of Mechanical Energy Problems

work power energy

work power energy

Le Chatelier's Principle

Le Chatelier's Principle

Determining Polarity of Molecules

Determining Polarity of Molecules

Development and History of Atomic Theory

Development and History of Atomic Theory

Complete Nuclear Symbols

Complete Nuclear Symbols

Atomic Number and Protons

Atomic Number and Protons

Electrons, Protons and Neutrons: Introduction to Subatomic Particles

Electrons, Protons and Neutrons: Introduction to Subatomic Particles

Neutrons, Mass Number and Isotopes

Neutrons, Mass Number and Isotopes

Calculating charge using Electrons and Protons

Calculating charge using Electrons and Protons

The Equilibrium Constant

The Equilibrium Constant

Density Problems

Density Problems

Ion Section 1

Ion Section 1

Ion Section 7

Ion Section 7

Ion Section 13

Ion Section 13

Ion Section 11

Ion Section 11

Ion Section 10

Ion Section 10

Ion Section 12

Ion Section 12

Ion Section 2

Ion Section 2

Ion Section 5

Ion Section 5

Ion Section 8

Ion Section 8

Ion Section 3

Ion Section 3

Ion Section 4

Ion Section 4

Ion Section 9

Ion Section 9

Ion Section 6

Ion Section 6

Ion Section 1

Ion Section 1

Momentum Example Problem 1

Momentum Example Problem 1

Conservation of Momentum

Conservation of Momentum

centripetal motion Part 1

centripetal motion Part 1

centripetal motion Part 2

centripetal motion Part 2

Centripetal Motion Part 4

Centripetal Motion Part 4

Centripetal Motion Part 3

Centripetal Motion Part 3

Projectiles, Part 2

Projectiles, Part 2

Projectiles, Part 1

Projectiles, Part 1

Oompa Loompas & Orbitals

Oompa Loompas & Orbitals

ooloo2

ooloo2

loompa1

loompa1

ooloo3

ooloo3

3-D drawing with Hybridization

3-D drawing with Hybridization

Carbon atom hybridization within a molecule

Carbon atom hybridization within a molecule

Hybrid orbital introduction

Hybrid orbital introduction

Equilibrium Intro, Part 2

Equilibrium Intro, Part 2

Equilibrium Intro, Part 1

Equilibrium Intro, Part 1

Crooke's Tube & Electrons

Crooke's Tube & Electrons

Spin Move

Spin Move

The move...

The move...

LHS Gymnasium shut down

LHS Gymnasium shut down

Last bell @ LHS

Last bell @ LHS

Last ring @ 503 8th street

Last ring @ 503 8th street

Gus

Gus

Combined Law

Combined Law

Ideal Example: Finding molar mass

Ideal Example: Finding molar mass

Ideal example: Finding temperature

Ideal example: Finding temperature

Ideal Example: Find volume of one mole of a gas

Ideal Example: Find volume of one mole of a gas

Rearranging the ideal gas law

Rearranging the ideal gas law

Introduction to the Ideal Gas Law Formula

Introduction to the Ideal Gas Law Formula

Demonstration: Marshmallows in a vacuum jar

Demonstration: Marshmallows in a vacuum jar

Demonstration: Mr. Marshmallow Man

Demonstration: Mr. Marshmallow Man

Demonstration: Removing an egg from a small Erlenmeyer flask

Demonstration: Removing an egg from a small Erlenmeyer flask

Air Pressure Demonstrations: Balloons and vacuum jars and crushed cans

Air Pressure Demonstrations: Balloons and vacuum jars and crushed cans

Demonstration: Crushing an aluminum can without a crusher

Demonstration: Crushing an aluminum can without a crusher

Demonstration: Removing a hard-boiled, peeled egg from an Erlenmeyer flask

Demonstration: Removing a hard-boiled, peeled egg from an Erlenmeyer flask

Demonstration: Egg pushed into Erlenmeyer yet again

Demonstration: Egg pushed into Erlenmeyer yet again

Demonstration: Egg pushed into a smaller Erlenmeyer Flask

Demonstration: Egg pushed into a smaller Erlenmeyer Flask

Demo: Egg pushed into an Erlenmeyer flask

Demo: Egg pushed into an Erlenmeyer flask

Manometers

Manometers

Barometers measure Atmospheric Pressure

Barometers measure Atmospheric Pressure

Collecting a Gas Over Water

Collecting a Gas Over Water

Dalton's law of partial pressures

Dalton's law of partial pressures

Avogadro's Law

Avogadro's Law

Charles' Law

Charles' Law

Boyle's Law

Boyle's Law

Units and Measurement and Conversions for Gasses

Units and Measurement and Conversions for Gasses

Kinetic Molecular Theory of Gasses

Kinetic Molecular Theory of Gasses

Limiting Reactants

Limiting Reactants

Percent Yield

Percent Yield

Magnesium Oxide Stoichiometry Lab

Magnesium Oxide Stoichiometry Lab

Chemical Stoichiometry

Chemical Stoichiometry

Grilled Cheese Sandwiches--an Introduction to Stoichiometry

Grilled Cheese Sandwiches--an Introduction to Stoichiometry

How to find a molecular formula

How to find a molecular formula

Calculating Empirical Formulas

Calculating Empirical Formulas

Empirical and Molecular Formulas: What are they?

Empirical and Molecular Formulas: What are they?

Mole Problem Examples

Mole Problem Examples

Mass Percent and Percent Composition

Mass Percent and Percent Composition

Introduction to the Mole

Introduction to the Mole

Problem solving using the solam

Problem solving using the solam

Counting using the SOLAM

Counting using the SOLAM

Density Introduction

Density Introduction

Solving Problems and Using Complex Units

Solving Problems and Using Complex Units

Converting squared and cubed units

Converting squared and cubed units

Multi-step Metric Conversions

Multi-step Metric Conversions

metric to metric conversion intro

metric to metric conversion intro

Metric to English (or vice versa) conversions

Metric to English (or vice versa) conversions

Unit Conversions: Introduction

Unit Conversions: Introduction

Introduction to Units

Introduction to Units

Rounding answers to calculations using significant digits

Rounding answers to calculations using significant digits

Counting Significant Digits and Rounding

Counting Significant Digits and Rounding

Measurement

Measurement

Calculators with Scientific Notation

Calculators with Scientific Notation

Scientific Notation

Scientific Notation

Predicting what will happen in a chemical reaction: General Guidelines

Predicting what will happen in a chemical reaction: General Guidelines

Periodic Trends: Potassium & Water

Periodic Trends: Potassium & Water

Periodic Trends: Sodium & Water

Periodic Trends: Sodium & Water

Periodic Trends: Lithium & Water

Periodic Trends: Lithium & Water

Predict Products: Decomposition Reaction

Predict Products: Decomposition Reaction

Predict Products: Combustion of Hexane

Predict Products: Combustion of Hexane

Predicting Products: Double Replacement Reaction

Predicting Products: Double Replacement Reaction

Predicting Products: Single Replacement

Predicting Products: Single Replacement

Complete the reaction: SYNTHESIS example

Complete the reaction: SYNTHESIS example

Physical State Notation in Reactions

Physical State Notation in Reactions

Chemical vs Physical Change

Chemical vs Physical Change

Lighting a Bunsen burner

Lighting a Bunsen burner

Lab Safety: Test Tubes

Lab Safety: Test Tubes

Balancing Chemical Reactions 2nd Example: Combustion of Propane

Balancing Chemical Reactions 2nd Example: Combustion of Propane

Introduction to Balancing Chemical Reactions

Introduction to Balancing Chemical Reactions

Introduction to Chemical Reactions

Introduction to Chemical Reactions

Combustion Type of Reaction: Example: Combustion of Methane

Combustion Type of Reaction: Example: Combustion of Methane

Double Replacement Example: Lead (II) Nitrate with Potassium Iodide

Double Replacement Example: Lead (II) Nitrate with Potassium Iodide

Reaction Types: Single Replacement Example

Reaction Types: Single Replacement Example

Reaction Types: Decomposition Example

Reaction Types: Decomposition Example

Reaction Types: Synthesis Reaction Example

Reaction Types: Synthesis Reaction Example

Naming and Writing Formulas of Acids

Naming and Writing Formulas of Acids

Naming Type 3 Molecular compounds

Naming Type 3 Molecular compounds

Naming and Formula Writing for Type 2 Ionic Compounds

Naming and Formula Writing for Type 2 Ionic Compounds

Type 1 Naming and Formulas

Type 1 Naming and Formulas

How to tell what Type of rules to follow for naming

How to tell what Type of rules to follow for naming

VSEPR balloon Demonstration

VSEPR balloon Demonstration

Molecular Geometry

Molecular Geometry

Resonance

Resonance

VSEPR Theory & Determining Electron Geometry

VSEPR Theory & Determining Electron Geometry

How to determine Electron & Molecular Geometry

How to determine Electron & Molecular Geometry

Conductivity Lab Instructions

Conductivity Lab Instructions

Process of Lewis Structure for Larger Molecules & Ions

Process of Lewis Structure for Larger Molecules & Ions

Lewis Structures for Simple Covalent & Double Bonds

Lewis Structures for Simple Covalent & Double Bonds

Lewis Structures & Ionic Bonds

Lewis Structures & Ionic Bonds

Electronegativity and Determining Bond Type

Electronegativity and Determining Bond Type

Properties of Ionic & Covalent Compounds

Properties of Ionic & Covalent Compounds

Fossil Fuels & the Environment

Fossil Fuels & the Environment

Physics Homework Solutions & Hints

Physics Homework Solutions & Hints

Ionization Energy Trend

Ionization Energy Trend

More advanced Examples for Atomic Trends

More advanced Examples for Atomic Trends

Periodic Trends: Atomic Radius

Periodic Trends: Atomic Radius

The Octet Rule (& Duet Rule)

The Octet Rule (& Duet Rule)

Valence Count & Main Group Elements

Valence Count & Main Group Elements

Noble Gas Shortcut

Noble Gas Shortcut

Periodic Table and Electron Configuration Shortcuts

Periodic Table and Electron Configuration Shortcuts

Oompa Loompa Introduction (Clipped)

Oompa Loompa Introduction (Clipped)

Electron Configurations

Electron Configurations

Orbital Diagrams and the Diagonal Rule

Orbital Diagrams and the Diagonal Rule

Ions Section 13

Ions Section 13

Orbital shapes

Orbital shapes

Introduction to the Wave Mechanical Model of the Atom & Quantum Numbers and Orbitals

Introduction to the Wave Mechanical Model of the Atom & Quantum Numbers and Orbitals

Standing Waves on a Spring

Standing Waves on a Spring

Ions Section 12

Ions Section 12

Ion Quiz #11

Ion Quiz #11

Interpretations of Quantum Reality

Interpretations of Quantum Reality

Double Slit Experiment Discussion

Double Slit Experiment Discussion

Duality of Light, Matter & the DeBroglie Equation

Duality of Light, Matter & the DeBroglie Equation

Photoelectric Effect

Photoelectric Effect

Heisenberg Uncertainty Principle

Heisenberg Uncertainty Principle

Ions Section 10

Ions Section 10

Flame Test Lab: How to

Flame Test Lab: How to

When Friction IS the net force

When Friction IS the net force

Spectroscopy

Spectroscopy

Bohr model--Digital simulation

Bohr model--Digital simulation

Bohr Model--Acted out

Bohr Model--Acted out

Introduction to the Bohr Model

Introduction to the Bohr Model

Friction Example #2

Friction Example #2

Friction Example #1

Friction Example #1

Friction & Coefficient of Friction

Friction & Coefficient of Friction

Force Diagrams Example

Force Diagrams Example

Visible Emission Demonstrations with spectrum tubes

Visible Emission Demonstrations with spectrum tubes

Planck, Quantization and what that means

Planck, Quantization and what that means

Spectrum: A visual summary

Spectrum: A visual summary

Visible Light

Visible Light

X-rays & Gamma Rays

X-rays & Gamma Rays

Fluorescent Bulbs & UV

Fluorescent Bulbs & UV

Ultraviolet

Ultraviolet

Infrared

Infrared

Microwaves

Microwaves

Radio Waves

Radio Waves

Frequency, Energy, Velocity, Formulas and the spectrum

Frequency, Energy, Velocity, Formulas and the spectrum

Wavelength & Frequency symbols

Wavelength & Frequency symbols

Section 3 Ions

Section 3 Ions