Канал: Jessica Levin

Metal 2: Determining the Mass of Sample A and B

Metal 2: Determining the Mass of Sample A and B

Metal 3: Determining the volume of the metal

Metal 3: Determining the volume of the metal

Metal 3: Determining the mass of sample A and B

Metal 3: Determining the mass of sample A and B

Metal 1: Volume of Sample A and B.

Metal 1: Volume of Sample A and B.

Metal 1: Determining the Mass of Sample A & B

Metal 1: Determining the Mass of Sample A & B

Metal 2: Determining the Volume of sample A and B

Metal 2: Determining the Volume of sample A and B

Overview of Density Lab

Overview of Density Lab

Making a copper (II) chloride solution

Making a copper (II) chloride solution

Adding copper (II) chloride crystals to water

Adding copper (II) chloride crystals to water

Assigning Oxidation Numbers

Assigning Oxidation Numbers

Procedure: Transferring the Hot Metal to the Calorimeter

Procedure: Transferring the Hot Metal to the Calorimeter

Analysis - Identity of Metal

Analysis - Identity of Metal

Procedure - Fashion the Calorimeter

Procedure - Fashion the Calorimeter

Heating the Metal Sample in a Hot Water Bath

Heating the Metal Sample in a Hot Water Bath

Specific Heat of a Metal Lab - Transferring metal sample

Specific Heat of a Metal Lab - Transferring metal sample

Specific Heat of a Metal - Assembling the Hot Water Bath

Specific Heat of a Metal - Assembling the Hot Water Bath

Specific Heat of a Metal Lab - Determining Mass

Specific Heat of a Metal Lab - Determining Mass

Specific Heat of a Metal Lab - Purpose

Specific Heat of a Metal Lab - Purpose

Allotropes of Carbon

Allotropes of Carbon

Titrations - Analysis: Percent Error Calculation

Titrations - Analysis: Percent Error Calculation

Titration - Determining the Molarity of the Base

Titration - Determining the Molarity of the Base

Titration - Procedure Part B: Drop the Base

Titration - Procedure Part B: Drop the Base

Titration - Procedure Part A: Fill Burets & Initial Acid Set Up

Titration - Procedure Part A: Fill Burets & Initial Acid Set Up

Titration - Materials & Set Up

Titration - Materials & Set Up

Titration - Background Information

Titration - Background Information

Litmus Test for Acids and Bases

Litmus Test for Acids and Bases

Determining the Rf values for Water

Determining the Rf values for Water

Determining the Rf value for Isopropyl Alcohol

Determining the Rf value for Isopropyl Alcohol

Retention Factor Calculation - Acetone

Retention Factor Calculation - Acetone

Paper Chromatography - Marking the Solvent Front

Paper Chromatography - Marking the Solvent Front

Paper Chromatography - Adding solvents

Paper Chromatography - Adding solvents

Paper Chromatography - Preparing the Filter Paper

Paper Chromatography - Preparing the Filter Paper

Paper Chromatography - Materials

Paper Chromatography - Materials

Paper Chromatography Lab - Intro & Purpose

Paper Chromatography Lab - Intro & Purpose

Paper Chromatography - Time-lapse of Solvent Moving Up the Filter Paper

Paper Chromatography - Time-lapse of Solvent Moving Up the Filter Paper

"Like Dissolves Like" Demo - to dissolve CuSO4

"Like Dissolves Like" Demo - to dissolve CuSO4

"Like Dissolves Like" Demo

"Like Dissolves Like" Demo

Electrolytes Demo!

Electrolytes Demo!

Determining calories per gram from the Fritos Food Label

Determining calories per gram from the Fritos Food Label

Final Mass of the Burned Fritos Chip

Final Mass of the Burned Fritos Chip

Initial and Final Temp of Water during the Burning of the Chip

Initial and Final Temp of Water during the Burning of the Chip

Food Calorimetry - Set Up & Data

Food Calorimetry - Set Up & Data

Food Calorimetry Lab - Background Information, Purpose, & Materials

Food Calorimetry Lab - Background Information, Purpose, & Materials

Procedure - Part 4: Normalizing the Pressure

Procedure - Part 4: Normalizing the Pressure

Procedure - Part 3: Rxn of Mg + HCl in the Eudiometer

Procedure - Part 3: Rxn of Mg + HCl in the Eudiometer

Procedure - Part 2 - Prepping the Reaction in the Eudiometer

Procedure - Part 2 - Prepping the Reaction in the Eudiometer

Procedure - Part 1: Using the Analytical Balance

Procedure - Part 1: Using the Analytical Balance

Materials for Rxn of Mg + HCl

Materials for Rxn of Mg + HCl

Introduction: A twist on an old Example

Introduction: A twist on an old Example

11.11 - How Do I Know Which Gas Law Equation to Use?

11.11 - How Do I Know Which Gas Law Equation to Use?

11.9H - Ideal Gas Law Level 2 Molar Mass

11.9H - Ideal Gas Law Level 2 Molar Mass

11.10H - Ideal Gas Law Level 2 Problems with Density

11.10H - Ideal Gas Law Level 2 Problems with Density

PhET Gas Law Inquiry Lab Tutorial

PhET Gas Law Inquiry Lab Tutorial

PhET States of Matter Lab Activity Tutorial

PhET States of Matter Lab Activity Tutorial

Dry Ice Bubble Fun

Dry Ice Bubble Fun

Lauric acid is frozen! Part B. Determining the Melting Point

Lauric acid is frozen! Part B. Determining the Melting Point

Determining the melting point of lauric acid

Determining the melting point of lauric acid

Lauric Acid - completely melted at the end of the experiment

Lauric Acid - completely melted at the end of the experiment

Lauric Acid - Part A. Freezing point determination

Lauric Acid - Part A. Freezing point determination

Lauric Acid - During the 1st melt

Lauric Acid - During the 1st melt

Initial melting of Lauric Acid

Initial melting of Lauric Acid

Introduction to Lauric Acid Lab

Introduction to Lauric Acid Lab

Acid Cutouts Lab Activity Tutorial for Virtual Learning

Acid Cutouts Lab Activity Tutorial for Virtual Learning

Ionic Cutouts Lab Activity Tutorial for Virtual Learning

Ionic Cutouts Lab Activity Tutorial for Virtual Learning

How to Make Ion Flashcards

How to Make Ion Flashcards

Tutorial for PhET Molecular Models Lab for Honors Chemistry

Tutorial for PhET Molecular Models Lab for Honors Chemistry

Molecular Models Lab Tutorial for CP Chemistry

Molecular Models Lab Tutorial for CP Chemistry

Radioactive Decay Lab Tutorial for Virtual Learning

Radioactive Decay Lab Tutorial for Virtual Learning

Flame Tests of Metals Lab Report Tutorial for Honors Chemistry

Flame Tests of Metals Lab Report Tutorial for Honors Chemistry

Flame Tests Lab Report Tutorial for CP Chemistry

Flame Tests Lab Report Tutorial for CP Chemistry

Spectral Lines Lab Tutorial for CP Chemistry

Spectral Lines Lab Tutorial for CP Chemistry

Spectral Lines Lab Tutorial for Honors Chemistry

Spectral Lines Lab Tutorial for Honors Chemistry

Neon Emission Spectra

Neon Emission Spectra

Hydrogen Emission Spectra

Hydrogen Emission Spectra

Types of Orbitals: d-orbitals

Types of Orbitals: d-orbitals

Types of Oribtals: p-orbital

Types of Oribtals: p-orbital

Types of Orbitals: s-orbitals

Types of Orbitals: s-orbitals

PhET Simulator: Isotopes and Atomic Mass Guided Inquiry Activity Tutorial

PhET Simulator: Isotopes and Atomic Mass Guided Inquiry Activity Tutorial

PhET: Build An Atom Simulation Tutorial

PhET: Build An Atom Simulation Tutorial

Marshmallowium - Background

Marshmallowium - Background

Marshmallowium Lab - Zero Out the Balance

Marshmallowium Lab - Zero Out the Balance

Marshmallowium Lab - Separate Sample into Isotopes

Marshmallowium Lab - Separate Sample into Isotopes

Marshmallowium Lab - Materials

Marshmallowium Lab - Materials

Marshmallowium Lab - Introduction

Marshmallowium Lab - Introduction

Density of Soda: Regular vs Diet Coke

Density of Soda: Regular vs Diet Coke

Thickness of Aluminum Foil Lab - Measurements of Foil #3

Thickness of Aluminum Foil Lab - Measurements of Foil #3

Thickness of Aluminum Foil Lab - Measurements for Foil #2

Thickness of Aluminum Foil Lab - Measurements for Foil #2

Thickness of Aluminum Foil Lab - Measurements of Foil #1

Thickness of Aluminum Foil Lab - Measurements of Foil #1

Thickness of Aluminum Foil Lab - Materials

Thickness of Aluminum Foil Lab - Materials

Thickness of Aluminum Foil Lab - Background

Thickness of Aluminum Foil Lab - Background

Thickness of Al Foil Lab - Purpose

Thickness of Al Foil Lab - Purpose

Specific Heat of Metal Demo Calculations

Specific Heat of Metal Demo Calculations

Specific Heat of a Metal Lab Demo

Specific Heat of a Metal Lab Demo

Density Virtual Lab Activity - PBS Learning Media

Density Virtual Lab Activity - PBS Learning Media

Observing a Chemical Reaction - What happened in the Reaction?

Observing a Chemical Reaction - What happened in the Reaction?

Observing a Chemical Reaction - Adding Al Foil to Aqueous CuCl2

Observing a Chemical Reaction - Adding Al Foil to Aqueous CuCl2

Observing a Chemical Reaction - Initial Temperature of Solution

Observing a Chemical Reaction - Initial Temperature of Solution

Observing a Chemical Reaction - Color of Aqueous CuCl2 Solution

Observing a Chemical Reaction - Color of Aqueous CuCl2 Solution

Observing a Chemical Reaction - Colors of Materials

Observing a Chemical Reaction - Colors of Materials

Observing a Chemical Reaction Lab - Materials

Observing a Chemical Reaction Lab - Materials

Observing a Chemical Reaction - Purpose

Observing a Chemical Reaction - Purpose

BTSN for Chemistry with Levin

BTSN for Chemistry with Levin

BTSN for Honors Chemistry with Levin

BTSN for Honors Chemistry with Levin

Separation of a Mixture - Evaporating Water from Saltwater

Separation of a Mixture - Evaporating Water from Saltwater

Separation of a Mixture Lab - Option C.II

Separation of a Mixture Lab - Option C.II

Separation of a Mixture Lab - Option C.I

Separation of a Mixture Lab - Option C.I

Separation of a Mixture Lab - Option C

Separation of a Mixture Lab - Option C

Separation of a Mixture Lab - Option B.II

Separation of a Mixture Lab - Option B.II

Separation of a Mixture - Option B.I

Separation of a Mixture - Option B.I

Separation of a Mixture Lab - Option B

Separation of a Mixture Lab - Option B

Separation of a Mixture Lab - Option A.III

Separation of a Mixture Lab - Option A.III

Separation of a Mixture Lab - Option A.II

Separation of a Mixture Lab - Option A.II

Separation of a Mixture Lab - Option A.I.

Separation of a Mixture Lab - Option A.I.

Separation of a Mixture Lab - Option A

Separation of a Mixture Lab - Option A

Separation of a Mixture - Materials

Separation of a Mixture - Materials

Separation of a Mixture Lab - Density

Separation of a Mixture Lab - Density

Separation of a Mixture Lab - Solubility in Water

Separation of a Mixture Lab - Solubility in Water

Separation of a Mixture Lab - Magnetism

Separation of a Mixture Lab - Magnetism

Separation of a Mixture Lab - Color

Separation of a Mixture Lab - Color

Separation of a Mixture Lab - Objective

Separation of a Mixture Lab - Objective

Getting to Know Mrs Levin Google Slide Presentation

Getting to Know Mrs Levin Google Slide Presentation

Hi, I'm Mrs Levin! Welcome to Chemistry, Honors Chemistry, & Advisory!

Hi, I'm Mrs Levin! Welcome to Chemistry, Honors Chemistry, & Advisory!

10.11H & 18.5CP - Water: Why does ice float?

10.11H & 18.5CP - Water: Why does ice float?

10.7H - Phase Change of H2O Example Problem 2 (5 Steps: Cooling Curve)

10.7H - Phase Change of H2O Example Problem 2 (5 Steps: Cooling Curve)

10.6H - Phase Change of H2O Example Problem 1 (5 Steps: Heating)

10.6H - Phase Change of H2O Example Problem 1 (5 Steps: Heating)

10.5H - Heats (Enthalpy) of Reactions: Fusion, Solidification, Vaporization, Condensation & Solution

10.5H - Heats (Enthalpy) of Reactions: Fusion, Solidification, Vaporization, Condensation & Solution

8.11 - Complete Ionic Equations, Spectator Ions, and Net Ionic Equations

8.11 - Complete Ionic Equations, Spectator Ions, and Net Ionic Equations

8.10H - Predicting Chemical Reactions through a Mixed Review

8.10H - Predicting Chemical Reactions through a Mixed Review

8.10CP - Predicting Chemical Reactions through a Mixed Review

8.10CP - Predicting Chemical Reactions through a Mixed Review

8.09 - Combustion Reactions

8.09 - Combustion Reactions

8.08 - Double Replacement Reactions and the Solubility Table

8.08 - Double Replacement Reactions and the Solubility Table

8.07 - Single Replacement Reactions and the Activity Series

8.07 - Single Replacement Reactions and the Activity Series

8.06H - Decomposition Reactions

8.06H - Decomposition Reactions

8.06CP - Decomposition Reactions

8.06CP - Decomposition Reactions

8.05H - Overview of Types of Reactions & Combination (Synthesis) Reactions

8.05H - Overview of Types of Reactions & Combination (Synthesis) Reactions

8.05CP - Overview of Types of Reactions and Combination (Synthesis) Reactions

8.05CP - Overview of Types of Reactions and Combination (Synthesis) Reactions

8.04 - Balancing Equations - Level 3 Word Equations

8.04 - Balancing Equations - Level 3 Word Equations

8.03 - Balancing Equations: Level 2 Examples

8.03 - Balancing Equations: Level 2 Examples

8.02 - Balancing Equations: Rules and Level 1 Examples

8.02 - Balancing Equations: Rules and Level 1 Examples

8.01 - Intro to Chemical Reactions, Symbols, and PhET Simulator

8.01 - Intro to Chemical Reactions, Symbols, and PhET Simulator

Introduction: What is the definition of "Chemistry"?

Introduction: What is the definition of "Chemistry"?

6B.5 - Properties of Ionic vs Covalent Compounds, Coordination Numbers, & Allotropes

6B.5 - Properties of Ionic vs Covalent Compounds, Coordination Numbers, & Allotropes

7H.8 and 7.10CP - Molecular (True) Formulas

7H.8 and 7.10CP - Molecular (True) Formulas

7H.7 and 7.09CP - Empirical Formulas: Part 2

7H.7 and 7.09CP - Empirical Formulas: Part 2

7H.6 & 7.08 CP - Empirical Formulas: Part 1

7H.6 & 7.08 CP - Empirical Formulas: Part 1

7H.5 & 7CP.7 - Review of Molar Mass & Percent Composition

7H.5 & 7CP.7 - Review of Molar Mass & Percent Composition

7H.4 - Oxidation Numbers

7H.4 - Oxidation Numbers

6B.7 - Intermolecular Forces: London Dispersion, Dipole-Dipole & Hydrogen Bonding

6B.7 - Intermolecular Forces: London Dispersion, Dipole-Dipole & Hydrogen Bonding

6B.6H and 6&15.7CP - Metallic Bonding: Alloys & Amalgams

6B.6H and 6&15.7CP - Metallic Bonding: Alloys & Amalgams

6&15.6 and 7H.3 - Nomenclature: Acids - Hydroacids and Oxyacids

6&15.6 and 7H.3 - Nomenclature: Acids - Hydroacids and Oxyacids

6&15.5CP and 7H.1 - Nomenclature: Ionic Compounds

6&15.5CP and 7H.1 - Nomenclature: Ionic Compounds

6B.4H and 6&15.4CP - Ionic Bonding via Criss-Cross Method Examples

6B.4H and 6&15.4CP - Ionic Bonding via Criss-Cross Method Examples

6B.3H and 6&15.3CP - Ionic Bonding & Criss-Cross Method

6B.3H and 6&15.3CP - Ionic Bonding & Criss-Cross Method

22.4 - Substituted Hydrocarbons, IUPAC rules & Examples

22.4 - Substituted Hydrocarbons, IUPAC rules & Examples

22.3 - Hydrocarbons: Alkynes

22.3 - Hydrocarbons: Alkynes

22.2 - Hydrocarbons: Alkanes & Alkenes

22.2 - Hydrocarbons: Alkanes & Alkenes

22.1 - Intro to Organic Chemistry, Isomers, & Cis- vs Trans- Fats

22.1 - Intro to Organic Chemistry, Isomers, & Cis- vs Trans- Fats

6A.9 - Hybridization and Review of Geometries

6A.9 - Hybridization and Review of Geometries

6A.8 - VSEPR Models, Examples, and PhET Simulator

6A.8 - VSEPR Models, Examples, and PhET Simulator

6A.7 - Intro to VSEPR Theory with Models

6A.7 - Intro to VSEPR Theory with Models

6&16.8 - VSEPR Example Problems

6&16.8 - VSEPR Example Problems

6&16.7 - VSEPR Theory Intro and Models of Molecular Shapes

6&16.7 - VSEPR Theory Intro and Models of Molecular Shapes

6A.6 - Resonance Structures

6A.6 - Resonance Structures

6A.5 and 6&16.6 - Octet Rule & Lewis Dot Structures of Molecules

6A.5 and 6&16.6 - Octet Rule & Lewis Dot Structures of Molecules

6A.4 and 6&16.5 - Valence electrons, Lewis Dot Structures of Atoms, & Lone Pairs

6A.4 and 6&16.5 - Valence electrons, Lewis Dot Structures of Atoms, & Lone Pairs

6&16.4 and 7H.2 - Nomenclature: Molecular Compounds

6&16.4 and 7H.2 - Nomenclature: Molecular Compounds

6&16.3 - Types of Bonds and Diatomic Molecules

6&16.3 - Types of Bonds and Diatomic Molecules

6A.3 - Types of Bonds, Diatomic Molecules & Polarity

6A.3 - Types of Bonds, Diatomic Molecules & Polarity

6A.2, 6&16.2, 6B.2, & 6&15.2 - Polyatomic Ions: Nick the Silly, Crafty Camel

6A.2, 6&16.2, 6B.2, & 6&15.2 - Polyatomic Ions: Nick the Silly, Crafty Camel

6A.1, 6&16.1, 6B.1, & 6&15.1 - Common Ion Sheet

6A.1, 6&16.1, 6B.1, & 6&15.1 - Common Ion Sheet

5.8H (& 14.8CP) - Draw Trends for Yourself, "Old MacDonald", & Mixed Review Examples

5.8H (& 14.8CP) - Draw Trends for Yourself, "Old MacDonald", & Mixed Review Examples

5.7H (& 14.7CP) - Electronegativity

5.7H (& 14.7CP) - Electronegativity

5.6H (& 14.6CP) - Ionic Radius

5.6H (& 14.6CP) - Ionic Radius

5.5H (& 14.5CP) - Electron Affinity

5.5H (& 14.5CP) - Electron Affinity

5.4H (& 14.4) - Ionization Energy

5.4H (& 14.4) - Ionization Energy

5.3H (& 14.3CP) - Intro to Trends and Atomic Radius

5.3H (& 14.3CP) - Intro to Trends and Atomic Radius

5.2H (& 14.2CP) - Groups on Periodic Table, Block Diagram, and Representative Elements

5.2H (& 14.2CP) - Groups on Periodic Table, Block Diagram, and Representative Elements

5.4 & 14.1 - Evolution of the Periodic Table, Mendeleev vs Moseley, and Families and Periods

5.4 & 14.1 - Evolution of the Periodic Table, Mendeleev vs Moseley, and Families and Periods

5.1 - Intro to Periodic Law & History of the Periodic Table, Mendeleev vs Moseley

5.1 - Intro to Periodic Law & History of the Periodic Table, Mendeleev vs Moseley

4.11H (& 13.11CP) - Photoelectric Effect, Continuous vs Emission Spectra & Hydrogen Atom Emissions

4.11H (& 13.11CP) - Photoelectric Effect, Continuous vs Emission Spectra & Hydrogen Atom Emissions

13.10 - Speed of Light, Wavelength, Frequency, & Energy Calculations

13.10 - Speed of Light, Wavelength, Frequency, & Energy Calculations

4.10 - Speed of Light, Wavelength, Frequency, & Energy Calculations

4.10 - Speed of Light, Wavelength, Frequency, & Energy Calculations

4.09H (& 13.09CP) - Properties of Light & EMR

4.09H (& 13.09CP) - Properties of Light & EMR

4.08H (& 13.08CP) - Exceptions to the Aufbau Principle

4.08H (& 13.08CP) - Exceptions to the Aufbau Principle

4.07H (& 13.07CP) - Noble Gas Configurations, Orbital Blocks, & Drawing Your Own Aufbau Diagram

4.07H (& 13.07CP) - Noble Gas Configurations, Orbital Blocks, & Drawing Your Own Aufbau Diagram

4.06H (& 13.06CP) - Rearranging the Electron Configurations

4.06H (& 13.06CP) - Rearranging the Electron Configurations

4.05H (& 13.05CP) - Electron Configurations for Elements #15-21 & Models

4.05H (& 13.05CP) - Electron Configurations for Elements #15-21 & Models

4.04H (& 13.4CP) - Electron Configurations for Elements #1-14

4.04H (& 13.4CP) - Electron Configurations for Elements #1-14

4.03H (& 13.03CP) - Rules for Writing Electron Configurations

4.03H (& 13.03CP) - Rules for Writing Electron Configurations

4.02H (&13.2 CP) - Types of Orbitals

4.02H (&13.2 CP) - Types of Orbitals

13.01 - Intro into Electrons in the Atom & Evolution of the Model of the Atom

13.01 - Intro into Electrons in the Atom & Evolution of the Model of the Atom

4.01 - Intro to Arrangement of Electrons & Evolution of Atomic Model

4.01 - Intro to Arrangement of Electrons & Evolution of Atomic Model

21.5H (& 28.5) - Applications of Nuclear Radiation & Fission vs Fusion

21.5H (& 28.5) - Applications of Nuclear Radiation & Fission vs Fusion

21.4H (& 28.4) - Half Life Calculations

21.4H (& 28.4) - Half Life Calculations

21.3H (&28.3) - Types of Radiation and Nuclear Reactions

21.3H (&28.3) - Types of Radiation and Nuclear Reactions

21.2 H ( & 28.2) - Discovery of Radioactivity and Properties

21.2 H ( & 28.2) - Discovery of Radioactivity and Properties

21.1H (&28.1) - Levin's Trip to Nagasaki, Japan

21.1H (&28.1) - Levin's Trip to Nagasaki, Japan

5.2 - Discovery of Subatomic Particles: Electrons, Protons, and Neutrons

5.2 - Discovery of Subatomic Particles: Electrons, Protons, and Neutrons

3.1 - Intro to Atomic Structure, Democritus, & Dalton's Atomic Theory

3.1 - Intro to Atomic Structure, Democritus, & Dalton's Atomic Theory

3.11H & 7.06CP - Mole Road Map Conversion Problems (Multi-step Mole Conversions)

3.11H & 7.06CP - Mole Road Map Conversion Problems (Multi-step Mole Conversions)