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GCSE Chemistry Revision

We're revolutionising Chemistry GCSE revision for your child! Whether your child is studying Single Subject or Combined Science, our resources are designed to teach skills and then test your child with exam-style questions and practice papers; giving you visibility to their progress. Imagine a revision book that matches your child's schooling, progresses them at the right level, and therefore improves their topic knowledge by 150%...that's EdPlace!


TOPIC

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Explore Nanoparticles

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Explore Nanoparticles

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Investigate the Uses of Titration

Difficulty level

Activity

Understand Advanced Titration Calculations

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Titration

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Investigate the Uses of Titration

Difficulty level

Activity

Understand Advanced Titration Calculations

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Titration

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Define Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Define Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Understand Emission Spectroscopy

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Understand Emission Spectroscopy

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Emission Spectroscopy

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Emission Spectroscopy

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Evaluate the Use of Phytomining and Bioleaching in Metal Extraction

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Haber Process

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Evaluate the Use of Phytomining and Bioleaching in Metal Extraction

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate the Haber Process

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Investigate the Uses of Titration

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Advanced Titration Calculations

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Understand Titration

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Investigate the Uses of Titration

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Advanced Titration Calculations

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Understand Titration

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Define Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explain Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Define Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explain Atoms, Elements, Compounds and Mixtures

Difficulty level

Activity

Explain Electron Structure

Difficulty level

Activity

Explain Subatomic Particles

Difficulty level

Activity

Explain the History of the Atomic Model

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Electron Structure

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand Subatomic Particles

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the History of the Atomic Model

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Analyse Simple and Giant Covalent Structures

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Giant Ionic Structures

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Explain Metallic Bonding

Difficulty level

Activity

Explain Simple and Giant Covalent Structures

Difficulty level

Activity

Investigate Giant Ionic Structures

Difficulty level

Activity

Investigate Polymerisation

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand Giant Ionic Structures

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Metallic Bonding

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Simple and Giant Covalent Structures

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Research Potable Water

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Consider Climate Change

Difficulty level

Activity

Investigate Climate Change

Difficulty level

Activity

Investigate Evidence for Changes in the Atmosphere

Difficulty level

Activity

Investigate the Effects of Atmospheric Pollutants

Difficulty level

Activity

Investigate the Effects of Global Climate Change

Difficulty level

Activity

Understand Changes in the Atmosphere

Difficulty level

Activity

Describe the Process of Electrolysis

Difficulty level

Activity

Explain how Electrolysis Is used in the Extraction of Substances

Difficulty level

Activity

Explain the Process of Neutralisation

Difficulty level

Activity

Investigate Metal Extraction Using Carbon

Difficulty level

Activity

Investigate Neutralisation

Difficulty level

Activity

Investigate the Link Between Electrons and the Reactivity Series

Difficulty level

Activity

Understand Acids and Alkalis

Difficulty level

Activity

Understand Acids and Alkalis using the pH Scale

Difficulty level

Activity

Understand Electrolysis

Difficulty level

Activity

Understand How Electrolysis Works

Difficulty level

Activity

Understand How To Extract Different Substances Using Electrolysis

Difficulty level

Activity

Understand How To Extract Metals Using Electrolysis

Difficulty level

Activity

Understand Neutralisation

Difficulty level

Activity

Understand Neutralisation in Terms of Oxidation and Reduction

Difficulty level

Activity

Understand the Electrolysis of Solutions

Difficulty level

Activity

Understand the Ionic Concentrations of Acids and Alkalis

Difficulty level

Activity

Understand The Reactivity Series

Difficulty level

Activity

Explore Fractional Distillation

Difficulty level

Activity

Investigate the Process of Cracking

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand Fractional Distillation

Difficulty level

Activity

Understand the Process of Cracking

Difficulty level

Activity

Understand the Structure of Crude Oil

Difficulty level

Activity

Understand the Uses of Cracking

Difficulty level

Activity

Explore Reaction Rates

Difficulty level

Activity

Relate Reaction Rates to Collision Theory

Difficulty level

Activity

Understand Factors that Affect Reaction Rates

Difficulty level

Activity

Understand Collision Theory

Difficulty level

Activity

Understand Collision Theory and Calculate the Rate of Chemical Reactions

Difficulty level

Activity

Use Collision Theory to Explain the Factors that Affect Reaction Rates

Difficulty level

Activity

Use Collision Theory to Explain the Speed of Chemical Reactions

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Describe Group 1 Elements

Difficulty level

Activity

Describe Group 7 Elements

Difficulty level

Activity

Describe Group 0 Elements, Metals and Non-metals

Difficulty level

Activity

Explore the Development of the Periodic Table

Difficulty level

Activity

Identify Gases Using Different Tests

Difficulty level

Activity

Identify Group 1 Elements

Difficulty level

Activity

Understand Atomic Structure and Properties of Elements

Difficulty level

Activity

Understand Group 1 Elements

Difficulty level

Activity

Understand Group 7 Elements

Difficulty level

Activity

Understand the Development of the Periodic Table

Difficulty level

Activity

Understand the Properties of Group 0 Elements

Difficulty level

Activity

Understand the Properties of Group 1 Elements

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Analyse Ionic bonding

Difficulty level

Activity

Evaluate Covalent Bonding

Difficulty level

Activity

Explain Covalent Bonding

Difficulty level

Activity

Explain Ionic bonding

Difficulty level

Activity

Understand Allotropes and Nanochemistry

Difficulty level

Activity

Understand Covalent Bonding

Difficulty level

Activity

Understand Fullerenes

Difficulty level

Activity

Understand How Diamond and Graphite Are Formed

Difficulty level

Activity

Understand Ionic Bonding

Difficulty level

Activity

Understand Ionic Bonds

Difficulty level

Activity

Understand Polymerisation

Difficulty level

Activity

Understand Quantitative Chemistry

Difficulty level

Activity

Understand the Structures of Diamond and Graphite

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Apply Life Cycle Analysis to Assess Sustainability

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Calculate Energy Changes in Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions

Difficulty level

Activity

Understand Exothermic and Endothermic Reactions and the Haber Process

Difficulty level

Activity

Understand How Exothermic and Endothermic Reactions Relate to Chemical Bonds

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Calculate Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Understand Conservation of Mass

Difficulty level

Activity

Understand How To Balance Equations

Difficulty level

Activity

Understand How to Balance Simple Equations

Difficulty level

Activity

Understand How to Recognise Balanced Equations

Difficulty level

Activity

Understand Moles

Difficulty level

Activity

Understand Relative Atomic Mass and Relative Formula Mass

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Compare Pure Substances and Formulations

Difficulty level

Activity

Investigate Separation Techniques

Difficulty level

Activity

Consider Climate Change

Difficulty level

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