Канал: Hannah Nandor

Mass and Change Lab

Mass and Change Lab

Copper and Silver Nitrate Lab

Copper and Silver Nitrate Lab

Explaining Properties Lab

Explaining Properties Lab

Measuring Matter and Classifying Matter Map

Measuring Matter and Classifying Matter Map

Endothermic and Exothermic Lab

Endothermic and Exothermic Lab

Copper Cycle Lab

Copper Cycle Lab

Reaction Equations

Reaction Equations

Ionic Bonding Puzzle

Ionic Bonding Puzzle

PV and PT Problems

PV and PT Problems

Bond Strength of Ionic Salts Lab

Bond Strength of Ionic Salts Lab

8.5 - Acid-Base Titrations

8.5 - Acid-Base Titrations

8.6 - Molecular Structure of Acids and Bases

8.6 - Molecular Structure of Acids and Bases

7.13 - pH and Solubility

7.13 - pH and Solubility

8.2 - pH and pOH of Strong Acids and Bases

8.2 - pH and pOH of Strong Acids and Bases

8.4 - Acid-Base Reactions and Buffers

8.4 - Acid-Base Reactions and Buffers

8.1 - Introduction to Acids and Bases

8.1 - Introduction to Acids and Bases

8.3 - Weak Acid and Base Equilibria

8.3 - Weak Acid and Base Equilibria

7.12 - Common Ion Effect

7.12 - Common Ion Effect

7.10 - Reaction Quotient and Le Chatelier's Principle

7.10 - Reaction Quotient and Le Chatelier's Principle

7.9 - Introduction to Le Chatelier's Principle

7.9 - Introduction to Le Chatelier's Principle

7.11 - Introduction to Solubility Equilibria

7.11 - Introduction to Solubility Equilibria

7.3 - Reaction Quotient and Equlibrium Constant

7.3 - Reaction Quotient and Equlibrium Constant

7.4 - Calculating the Equilibrium Constant

7.4 - Calculating the Equilibrium Constant

7.5 - Magnitutde of the Equilibrium Constant

7.5 - Magnitutde of the Equilibrium Constant

7.8 - Representations of Equlibrium

7.8 - Representations of Equlibrium

7.7 - Calculating Equilibrium Concentrations

7.7 - Calculating Equilibrium Concentrations

7.1 - Introduction to Equilibrium

7.1 - Introduction to Equilibrium

7.6 - Properties of the Equilibrium Constant

7.6 - Properties of the Equilibrium Constant

7.2 - Direction of Reversible Reactions

7.2 - Direction of Reversible Reactions

5.11 - Catalysis

5.11 - Catalysis

5.10 - Multistep Reaction Energy Profile

5.3 - Concentration Changes Over Time

5.3 - Concentration Changes Over Time

5.8 - Reaction Mechanism and Rate Law

5.8 - Reaction Mechanism and Rate Law

5.1 - Reaction Rates

5.1 - Reaction Rates

5.6 - Reaction Energy Profile

5.7 - Introduction to Reaction Mechanisms

5.7 - Introduction to Reaction Mechanisms

5.9 - Steady-State Approximation

5.9 - Steady-State Approximation

5.5 - Collision Model

5.5 - Collision Model

5.4 - Elementary Reactions

5.4 - Elementary Reactions

5.2 - Introduction to Rate Law

5.2 - Introduction to Rate Law

6.8 - Enthalpy of Formation

6.8 - Enthalpy of Formation

6.9 - Hess's Law

6.9 - Hess's Law

6.7 - Bond Enthalpies

6.7 - Bond Enthalpies

6.6 - Introduction to Enthalpy of Reaction

6.6 - Introduction to Enthalpy of Reaction

Iron and Copper II Chloride Reaction

Iron and Copper II Chloride Reaction

6.3 - Heat Transfer and Thermal Equilibrium

6.3 - Heat Transfer and Thermal Equilibrium

6.2 - Energy Diagrams

6.2 - Energy Diagrams

6.1 - Endothermic and Exothermic Processes

6.1 - Endothermic and Exothermic Processes

6.4 - Heat Capacity and Calorimetry

6.4 - Heat Capacity and Calorimetry

6.5 - Energy of Phase Changes

6.5 - Energy of Phase Changes

3.13 - Beer-Lambert Law

3.13 - Beer-Lambert Law

Types of Compounds Lab

Types of Compounds Lab

4.9 - Redox Reactions

4.9 - Redox Reactions

4.8 - Introduction to Acids and Bases

4.8 - Introduction to Acids and Bases

4.7 - Types of Reactions

4.7 - Types of Reactions

4.6 - Introduction to Titration

4.6 - Introduction to Titration

3.9 - Separation of Solutions and Mixtures

3.9 - Separation of Solutions and Mixtures

3.10 - Solubility

3.10 - Solubility

Gas Law Problem Review

Gas Law Problem Review

3.8 - Representation of Solutions

3.8 - Representation of Solutions

3.7 - Solutions and Mixtures

3.7 - Solutions and Mixtures

3.4 - Ideal Gas Law

3.4 - Ideal Gas Law

3.5 - Kinetic Molecular Theory

3.5 - Kinetic Molecular Theory

3.6 - Deviation from Ideal Gas Law

3.6 - Deviation from Ideal Gas Law

3.3 - Solids, Liquids, and Gases

3.3 - Solids, Liquids, and Gases

3.2 - Properties of Solids

3.2 - Properties of Solids

Using YouTube

Using YouTube

3.1 - Intermolecular Forces

3.1 - Intermolecular Forces

Rubrics in Schoology

Rubrics in Schoology

Embedding on Schoology

Embedding on Schoology

Adding Materials in Schoology

Adding Materials in Schoology

Organizing Materials in Schoology

Organizing Materials in Schoology

Everything EdPuzzle

Everything EdPuzzle

2.7 - VSEPR and Bond Hybridization

2.7 - VSEPR and Bond Hybridization

2.6 - Resonance and Formal Charge

2.6 - Resonance and Formal Charge

2.5 - Lewis Diagrams

2.5 - Lewis Diagrams

States Of Matter Graphic Organizer

States Of Matter Graphic Organizer

Pressure Demos

Pressure Demos

2.4 - Structure of Metals and Alloys

2.4 - Structure of Metals and Alloys

2.3 - Structure of Ionic Solids

2.3 - Structure of Ionic Solids

2.2 - Intramolecular Force and Potential Energy

2.2 - Intramolecular Force and Potential Energy

2.1 - Types of Chemical Bonds

2.1 - Types of Chemical Bonds

Types of Elements Lab

Types of Elements Lab

Flame Test Demo

Flame Test Demo

Build a Bohr

Build a Bohr

1.8 - Valence Electrons and Ionic Compounds

1.8 - Valence Electrons and Ionic Compounds

3.11 + 3.12 - Electromagnetic Spectrum

3.11 + 3.12 - Electromagnetic Spectrum

Example Set 1

Example Set 1

Kinetic Molecular Theory

Kinetic Molecular Theory

1.6 - Photoelectron Spectroscopy

1.6 - Photoelectron Spectroscopy

1.8 - Valence Electrons and Ionic Compounds

1.8 - Valence Electrons and Ionic Compounds

1.7 - Periodic Trends

1.7 - Periodic Trends

1.5 - Atomic Structure and Electron Configuration

1.5 - Atomic Structure and Electron Configuration

1.2 - Mass Spectroscopy of Elements

1.2 - Mass Spectroscopy of Elements

1.3 - Elemental Composition of Pure Substances

1.3 - Elemental Composition of Pure Substances

1.4 - Composition of Mixtures

1.4 - Composition of Mixtures

States Of Matter Graphic Organizer - Gases And Measurements

States Of Matter Graphic Organizer - Gases And Measurements

States Of Matter Graphic Organizer - Solids And Liquids

States Of Matter Graphic Organizer - Solids And Liquids

4.2 - Net Ionic Equations

4.2 - Net Ionic Equations

4.5 - Stoichiometry

4.5 - Stoichiometry

4.3 - Representation of Reactions

4.3 - Representation of Reactions

Skills - Sig Figs, Scientific Notation, Mental Math

Skills - Sig Figs, Scientific Notation, Mental Math

1.1 - Moles and Molar Mass

1.1 - Moles and Molar Mass

4.1/4.4 - Intro to Reactions/Physical and Chemical Changes

4.1/4.4 - Intro to Reactions/Physical and Chemical Changes

Nature of Science

Nature of Science

Bond Energy Calculations

Bond Energy Calculations

Types of Energy and Energy Transfer

Types of Energy and Energy Transfer

Colligative Properties

Colligative Properties

Solvation Factors

Solvation Factors

Solubility Calculations

Solubility Calculations

Predicting Products

Predicting Products

Describe Acids and Bases

Describe Acids and Bases

Describe Solutions

Describe Solutions

Covalent Bonding (Advanced)

Covalent Bonding (Advanced)

Covalent Bonding (Simple)

Covalent Bonding (Simple)

Polyatomic Ions

Polyatomic Ions

Types of Bonds

Types of Bonds

Polarity

Polarity

Calculating Density from a Graph

Calculating Density from a Graph

Valence Electrons

Valence Electrons

Half Life Calculations

Half Life Calculations

Half Life Introduction

Half Life Introduction

Fusion and Fission

Fusion and Fission

Decay Equations

Decay Equations

Types of Radiation

Types of Radiation

Conjugate Acids and Bases

Conjugate Acids and Bases

Acid Nomenclature (Ternary)

Acid Nomenclature (Ternary)

Acid and Base Nomenclature (Binary)

Acid and Base Nomenclature (Binary)

Concentration

Concentration

Acids and Bases Definitions

Acids and Bases Definitions

Solvation of Ionic Compounds

Solvation of Ionic Compounds

Solubility Rules

Solubility Rules

Dilute vs Contrated

Dilute vs Contrated

Solutions Definitions

Solutions Definitions

Concentration

Concentration

Limiting Reactant Particle Diagrams

Limiting Reactant Particle Diagrams

Balancing Chemical Reactions

Balancing Chemical Reactions

Balancing Chemical Reactions with Particle Diagrams

Balancing Chemical Reactions with Particle Diagrams

IMFs and Physical Properties

IMFs and Physical Properties

Intermolecular Forces

Intermolecular Forces

Polarity

Polarity

Resonance

Resonance

Ionic Nomenclature

Ionic Nomenclature

Periodic Trends

Periodic Trends

Valence Electrons and Dot Diagrams

Valence Electrons and Dot Diagrams

Properties of Compounds

Properties of Compounds

Types of Bonds

Types of Bonds

Covalent Bonding (Simple and Advanced)

Covalent Bonding (Simple and Advanced)

Properties of Elements

Properties of Elements

Types of Elements

Types of Elements

Particle, Mole, Gram Conversions

Particle, Mole, Gram Conversions

Atomic History

Atomic History

Counting Subatomic Particles

Counting Subatomic Particles

Atoms, Ions, and Isotopes

Atoms, Ions, and Isotopes

Drawing Atomic Models

Drawing Atomic Models

Separation Techniques

Separation Techniques

Illustrating Composition of Matter

Illustrating Composition of Matter

Comparing Density

Comparing Density

Calculate M or V from Density

Calculate M or V from Density

Calculate Density

Calculate Density

Distinguishing Composition of Matter

Distinguishing Composition of Matter

Definitions

Definitions

Redox Reactions

Redox Reactions

Net Ionic Equations

Net Ionic Equations

Iron and Copper (II) Chloride Lab Notebook

Iron and Copper (II) Chloride Lab Notebook

Translating Chemical Reactions

Translating Chemical Reactions

Balancing Chemical Reaction Equations

Balancing Chemical Reaction Equations

Periodic Trends

Periodic Trends

Types of Bonds Lab

Types of Bonds Lab

VSEPR Theory Lab

VSEPR Theory Lab

Average Atomic Mass and Mass Spectrometry

Average Atomic Mass and Mass Spectrometry

Radiation Lab

Radiation Lab

Simulating Radioactive Decay

Simulating Radioactive Decay

Hoffmann Water Demo

Hoffmann Water Demo

Types of Elements Lab Notebook

Types of Elements Lab Notebook

The Mole

The Mole

Candle in a Jar Demo

Candle in a Jar Demo

Unit 2 Enrichment - Hot Air Balloons

Unit 2 Enrichment - Hot Air Balloons

Gram and Mole Conversions

Gram and Mole Conversions

Molar Mass

Molar Mass

Interpreting Chemical Formulas

Interpreting Chemical Formulas

Classification of Matter

Classification of Matter

Heat Capacity of Copper Lab Notebook

Heat Capacity of Copper Lab Notebook

Pressure and Temperature Lab Notebook

Pressure and Temperature Lab Notebook

Pressure and Number Lab Notebook

Pressure and Number Lab Notebook

Pressure and Volume Lab Notebook

Pressure and Volume Lab Notebook

Heating Curve Lab Notebook

Heating Curve Lab Notebook

Mass and Volume Lab Notebook

Mass and Volume Lab Notebook

Mass and Change Lab

Mass and Change Lab

Non-Ideal Gas Behavior

Non-Ideal Gas Behavior

Temperature and Energy

Temperature and Energy

States of Matter

States of Matter

Making Measurements

Making Measurements

Lab Equipment

Lab Equipment

Dimensional Analysis

Dimensional Analysis

Rounding Rules

Rounding Rules

Density Particle Diagrams

Density Particle Diagrams

Density Graphs, Sinking and Floating

Density Graphs, Sinking and Floating

Density Calculations

Density Calculations

Law of Conservation of Mass

Law of Conservation of Mass