Канал: FUSE Foundation Chemistry

1 - Intramolecular Forces between Atoms DEMO

1 - Intramolecular Forces between Atoms DEMO

2 - The METALLIC BOND

2 - The METALLIC BOND

3 - The IONIC BOND

3 - The IONIC BOND

4 - Conducting Solutions

4 - Conducting Solutions

5 - How the Ions are Formed

5 - How the Ions are Formed

6 - Covalent Bonds

6 - Covalent Bonds

7 - POLAR and NON POLAR BONDS

7 - POLAR and NON POLAR BONDS

8 - Network Compounds

8 - Network Compounds

INTRO

INTRO

RECAP

RECAP

1 - The Periodic Law

1 - The Periodic Law

2 - Trends within a Group ATOMIC SIZE

2 - Trends within a Group ATOMIC SIZE

3 - Trends within a Group IONIZATION ENERGY

3 - Trends within a Group IONIZATION ENERGY

4 - Trends within a Group ELECTRONEGATIVITY

4 - Trends within a Group ELECTRONEGATIVITY

5 - Trends Across a Period ATOMIC SIZE

5 - Trends Across a Period ATOMIC SIZE

6 - Trends Across a Period IONIZATION ENERGY

6 - Trends Across a Period IONIZATION ENERGY

7 - Trends Across a Period ELECTRONEGATIVITY

7 - Trends Across a Period ELECTRONEGATIVITY

8 - Group 1A Elements

8 - Group 1A Elements

9 - Group 2A Elements

9 - Group 2A Elements

10 - Group 7A Elements

10 - Group 7A Elements

INTRO

INTRO

RECAP

RECAP

1 - The Elements in the Periodic Table

1 - The Elements in the Periodic Table

2 - Periods and Groups of the Periodic Table

2 - Periods and Groups of the Periodic Table

3 - Electronic Configuration and the Periodic Table Classroom Simulation

3 - Electronic Configuration and the Periodic Table Classroom Simulation

4 - Rules for Identifying Periods and Groups of Elements

4 - Rules for Identifying Periods and Groups of Elements

5 - Chemical Properties of Elements

5 - Chemical Properties of Elements

6 - The Halogens

6 - The Halogens

7 - The Noble Gases

7 - The Noble Gases

INTRO

INTRO

RECAP

RECAP

1 - The Flame Test

1 - The Flame Test

2 - Electron Orbits of the Bohr Model

2 - Electron Orbits of the Bohr Model

3 - Emission Spectra and Bohr Orbits

3 - Emission Spectra and Bohr Orbits

4 - Shapes of Atomic Orbitals

4 - Shapes of Atomic Orbitals

5 - Energy of Atomic Orbitals

5 - Energy of Atomic Orbitals

6 - The Aufbau Principle

6 - The Aufbau Principle

7 - The Electronic Configuration of Atoms

7 - The Electronic Configuration of Atoms

INTRO

INTRO

RECAP

RECAP

1 - DNA and Heredity

1 - DNA and Heredity

2 - Nuleic Acid Structure

2 - Nuleic Acid Structure

3 - Watson and Crick Double Helix

3 - Watson and Crick Double Helix

4 - Replication Information Copying

4 - Replication Information Copying

5 - Protein Instruction

5 - Protein Instruction

6 - Transcription Information Transfer

6 - Transcription Information Transfer

7 - Translation Information Decoding

7 - Translation Information Decoding

8 - Protein Synthesis

8 - Protein Synthesis

9 - Applications in Biotechnology

9 - Applications in Biotechnology

INTRO

INTRO

RECAP

RECAP

1 - Atomic Theories from the Greeks to John Dalton

1 - Atomic Theories from the Greeks to John Dalton

2 - Thomson's Plum Pudding Model

2 - Thomson's Plum Pudding Model

3 - Rutherford's alpha scattering Experiment

3 - Rutherford's alpha scattering Experiment

4 - The Nuclear Model of the Atom

4 - The Nuclear Model of the Atom

5 - Electron Orbits Bohr Sommerfeld Models

5 - Electron Orbits Bohr Sommerfeld Models

6 - Orbitals The Quantum Mechanical Model of the Atom

6 - Orbitals The Quantum Mechanical Model of the Atom

INTRO

INTRO

RECAP

RECAP

1 - Acids and Bases operational definition

1 - Acids and Bases operational definition

2 - Arrhenius Theory

2 - Arrhenius Theory

3 - Bronsted-Lowry Theory

3 - Bronsted-Lowry Theory

4 - Lewis Theory

4 - Lewis Theory

5 - Determining Hydronium Ion Concentration

5 - Determining Hydronium Ion Concentration

6 - Indicators

6 - Indicators

7 - Relative Strengths of Acids and Bases

7 - Relative Strengths of Acids and Bases

8 - Acid-Base Equilibria

8 - Acid-Base Equilibria

9 - Salts

9 - Salts

10 - Types of Neutralization Reactions

10 - Types of Neutralization Reactions

INTRO

INTRO

RECAP

RECAP

1 - Distinguishing Compounds from Elements with DEMO

1 - Distinguishing Compounds from Elements with DEMO

2 - Using Heat to Distinguish Compounds from Elements

2 - Using Heat to Distinguish Compounds from Elements

3 - The Elements

3 - The Elements

4 - Compounds

4 - Compounds

5 - Metals and Non metals

5 - Metals and Non metals

6 - Compounds Acids vs Bases

6 - Compounds Acids vs Bases

7 - Compounds Organic vs Inorganic

7 - Compounds Organic vs Inorganic

INTRO

INTRO

RECAP

RECAP

1 - Temperature

1 - Temperature

2 - Density

2 - Density

3 - DEMO Determining Densities of Liquids

3 - DEMO Determining Densities of Liquids

4 - DEMO Determining Densities of Solids with Irregular Shapes

4 - DEMO Determining Densities of Solids with Irregular Shapes

5 - Chemistry, Density, and Industry

5 - Chemistry, Density, and Industry

6 - Significant Figures

6 - Significant Figures

7 - Scientific Notation

7 - Scientific Notation

8 - Significant Figures in Calculations

8 - Significant Figures in Calculations

9 - Accuracy and Precision

9 - Accuracy and Precision

INTRO

INTRO

RECAP

RECAP

1- Introducing Measurements

1- Introducing Measurements

2 - Metric System

2 - Metric System

3 - DEMO Preparation of Moisturizing Cream

3 - DEMO Preparation of Moisturizing Cream

4 - Weight, Mass, and Volume

4 - Weight, Mass, and Volume

5 - Measuring Mass Accurately with DEMO

5 - Measuring Mass Accurately with DEMO

6 - Measuring Liquid Volumes with DEMO

6 - Measuring Liquid Volumes with DEMO

7 - Burets, Volumetric Flasks

7 - Burets, Volumetric Flasks

INTRO

INTRO

RECAP

RECAP

1 - Law of Conservation of Mass DEMO

1 - Law of Conservation of Mass DEMO

2 - Reactions with Gases

2 - Reactions with Gases

3 - Determining Mass Relations in Chemical Reactions

3 - Determining Mass Relations in Chemical Reactions

4 - Balancing Chemical Equations

4 - Balancing Chemical Equations

5 - Types of Chemical Change

5 - Types of Chemical Change

6 - Combination Reactions

6 - Combination Reactions

7 - Decomposition Reactions

7 - Decomposition Reactions

8 - Displacement or Substitution

8 - Displacement or Substitution

9 - Double Displacement Reactions

9 - Double Displacement Reactions

10 - Avogadro's Law

10 - Avogadro's Law

11 - Limiting Reactants

11 - Limiting Reactants

12 - RECAP

12 - RECAP

INTRO - Patterns of Change

INTRO - Patterns of Change

1 - Carrying Out Chemical Reactions in the Laboratory

1 - Carrying Out Chemical Reactions in the Laboratory

2 - Dalton's Atomic Theory

2 - Dalton's Atomic Theory

3 - Chemical Formulas

3 - Chemical Formulas

4 - Counting Atoms

4 - Counting Atoms

5 - Relative Masses of Elements (DEMO)

5 - Relative Masses of Elements (DEMO)

6 - Counting Particles in Moles

6 - Counting Particles in Moles

7 - Relative Atomic Masses of Elements

7 - Relative Atomic Masses of Elements

8 - Molar Masses of Diatomic Elements

8 - Molar Masses of Diatomic Elements

9 - Molar Masses of Compounds

9 - Molar Masses of Compounds

10 - Mole-Mass Conversion

10 - Mole-Mass Conversion

11 - RECAP

11 - RECAP

INTRO - The MOLE Concept

INTRO - The MOLE Concept

1 - Physical versus Chemical Change DEMO

1 - Physical versus Chemical Change DEMO

2 - Chemical Equations DEMO

2 - Chemical Equations DEMO

3 - Chemical Equations

3 - Chemical Equations

4 - Formation of Precipitate

4 - Formation of Precipitate

5 - Precipitation Reactions DEMO

5 - Precipitation Reactions DEMO

6 - Changes in Color

6 - Changes in Color

7 - Generation or Absorption of Heat

7 - Generation or Absorption of Heat

8 - RECAP

8 - RECAP

INTRO - Indicators of Chemical Change

INTRO - Indicators of Chemical Change

Binding Among Molecules - Intro

Binding Among Molecules - Intro

Hydrogen Bonding

Hydrogen Bonding

Induced Dipoles

Induced Dipoles

Linear Molecules and their Polarities

Linear Molecules and their Polarities

Molecular Geometry and Polarity

Molecular Geometry and Polarity

Molecules with Multiple Bonds

Molecules with Multiple Bonds

Nonpolar vs Polar Molecules and their Properties

Nonpolar vs Polar Molecules and their Properties

RECAP - Binding Among Molecules

RECAP - Binding Among Molecules

Shapes of Covalent Compounds and their Properties

Shapes of Covalent Compounds and their Properties

Tetrahedral Molecules and their Polarities

Tetrahedral Molecules and their Polarities

Triangular Planar Molecules and their Polarities

Triangular Planar Molecules and their Polarities

van der Waal's Force and London Dispersion Forces

van der Waal's Force and London Dispersion Forces

Water and Its Special Properties

Water and Its Special Properties

Dialysis (with Demonstration)

Dialysis (with Demonstration)

Electrophoresis

Electrophoresis

Gels

Gels

Lyophobic Colloids

Lyophobic Colloids

Making Colloids - Condensation (DEMONSTRATION)

Making Colloids - Condensation (DEMONSTRATION)

Making Colloids - Dispersion

Making Colloids - Dispersion

Neutralizing Colloids

Neutralizing Colloids

RECAP - Colloids Part 2

RECAP - Colloids Part 2

Review of Colloids (Part 1)

Review of Colloids (Part 1)

Syneresis

Syneresis

Thixotropy

Thixotropy

Aerosols

Aerosols

Brownian Movement

Brownian Movement

Colloids vs. Solutions

Colloids vs. Solutions

Detergent Action - DEMONSTRATION

Detergent Action - DEMONSTRATION

Emulsification - applications

Emulsification - applications

Properties of Colloids - Applications

Properties of Colloids - Applications

RECAP - Colloids Part 1

RECAP - Colloids Part 1

Stable & Unstable Colloids

Stable & Unstable Colloids

Tyndall Effect

Tyndall Effect

What are Colloids?

What are Colloids?

And the Solution Is Intro

And the Solution Is Intro

Components of Solutions

Components of Solutions

Concentrations of Solutions

Concentrations of Solutions

Effect of Temperature on Solubility of Gas

Effect of Temperature on Solubility of Gas

Effect of Temperature on Solubility of Solids

Effect of Temperature on Solubility of Solids

Factors Affecting Solubility - DEMONSTRATION

Factors Affecting Solubility - DEMONSTRATION

Henry's Law

Henry's Law

Molarity

Molarity

Preparation of Solutions (with Calculations)

Preparation of Solutions (with Calculations)

Preparing Dilutions

Preparing Dilutions

RECAP - And the Solution Is

RECAP - And the Solution Is

Solubility - DEMONSTRATION

Solubility - DEMONSTRATION

Solubility of Gases in Liquids

Solubility of Gases in Liquids

Types of Solutions

Types of Solutions

Distinguishing the Three Phases - Condensed Phases

Distinguishing the Three Phases - Condensed Phases

Gases

Gases

Interpreting & Using a Phase Diagram

Interpreting & Using a Phase Diagram

Phase Diagrams

Phase Diagrams

Phases of Matter - Intro

Phases of Matter - Intro

Photosynthesis - Where the Three Phases of Matter Interact

Photosynthesis - Where the Three Phases of Matter Interact

RECAP - Phases of Matter

RECAP - Phases of Matter

The Hydrologic Cycle

The Hydrologic Cycle

Chemical Reaction Rates

Chemical Reaction Rates

Collision Theory & Activation Energy

Collision Theory & Activation Energy

Effect of Catalyst on Reaction Rates

Effect of Catalyst on Reaction Rates

Effect of Concentration on Reaction Rate - DEMONSTRATION

Effect of Concentration on Reaction Rate - DEMONSTRATION

Effect of Temperature on Reaction Rates - DEMONSTRATION

Effect of Temperature on Reaction Rates - DEMONSTRATION

Factors Affecting Rates of Chemical Reaction - Overview

Factors Affecting Rates of Chemical Reaction - Overview

Measuring Reaction Rates

Measuring Reaction Rates

Rates of Reaction - DEMONSTRATION

Rates of Reaction - DEMONSTRATION

Rates of Reaction - Intro

Rates of Reaction - Intro

RECAP - Factor Affecting Chemical Reaction Rates

RECAP - Factor Affecting Chemical Reaction Rates