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Chemistry

KS4 Year 10

Chemistry

KS4 Year 10

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Chemistry

Chapter Overview

Exam Board

Select an option

Chemistry practicals

Separate chemistry 2

Fuels and Earth science

Rates of reaction and energy changes

Groups in the periodic table

Separate chemistry 1

Extracting metals and equilibria

Chemical changes

States of matter and mixtures

Practical skills

Working scientifically

89 Lessons

534 Exercises

Chemistry practicals

Investigating distillation methods

Investigating distillation methods

Length

Overview

Learning Goals

Investigating acids and alkalis

Investigating acids and alkalis

Length

Overview

Learning Goals

Preparing soluble and insoluble salts

Preparing soluble and insoluble salts

Length

Overview

Learning Goals

Investigating electrolysis

Investigating electrolysis

Length

Overview

Learning Goals

Investigating rates of reaction

Investigating rates of reaction

Length

Overview

Learning Goals

Investigating the combustion of alcohol

Investigating the combustion of alcohol

Length

Overview

Learning Goals

Investigating titrations

Investigating titrations

Length

Overview

Learning Goals

Testing for anions

Testing for anions

Length

Overview

Learning Goals

Testing for cations

Testing for cations

Length

Overview

Learning Goals

Investigating the composition of inks

Investigating the composition of inks

Length

Overview

Learning Goals

Testing for common gases

Testing for common gases

Length

Overview

Learning Goals

Separate chemistry 2

Flame tests and flame emission spectroscopy

Flame tests and flame emission spectroscopy

Length

Overview

Learning Goals

Hydrocarbons: alkanes and alkenes

Hydrocarbons: alkanes and alkenes

Length

Overview

Learning Goals

Polymers

Length

Overview

Learning Goals

Polyesters: types and formation - Higher

Polyesters: types and formation - Higher

Length

Overview

Learning Goals

Alcohols and carboxylic acids

Alcohols and carboxylic acids

Length

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Learning Goals

Nanoparticles: uses and hazards

Nanoparticles: uses and hazards

Length

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Learning Goals

Ceramics, composites and polymers

Ceramics, composites and polymers

Length

Overview

Learning Goals

Fuels and Earth science

Hydrocarbons and crude oil

Hydrocarbons and crude oil

Length

Overview

Learning Goals

Combustion and pollution

Combustion and pollution

Length

Overview

Learning Goals

Cracking

Length

Overview

Learning Goals

Evolution of the Earth's atmosphere

Evolution of the Earth's atmosphere

Length

Overview

Learning Goals

Greenhouse gases and climate change

Greenhouse gases and climate change

Length

Overview

Learning Goals

Rates of reaction and energy changes

Calculating rates of reactions

Calculating rates of reactions

Length

Overview

Learning Goals

Catalysts

Length

Overview

Learning Goals

Endothermic and exothermic reactions

Endothermic and exothermic reactions

Length

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Learning Goals

Energy changes in reactions

Energy changes in reactions

Length

Overview

Learning Goals

Bond energy calculations - Higher

Bond energy calculations - Higher

Length

Overview

Learning Goals

Groups in the periodic table

Group 1: properties and reactivity

Group 1: properties and reactivity

Length

Overview

Learning Goals

Group 7: properties and reactions

Group 7: properties and reactions

Length

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Learning Goals

Group 0: properties and reactivity

Group 0: properties and reactivity

Length

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Learning Goals

Separate chemistry 1

The properties of transition metals

The properties of transition metals

Length

Overview

Learning Goals

Alloys and rusting

Alloys and rusting

Length

Overview

Learning Goals

Titration calculations - Higher

Titration calculations - Higher

Length

Overview

Learning Goals

Percentage yield and atom economy

Percentage yield and atom economy

Length

Overview

Learning Goals

Calculating gas volumes using moles - Higher

Calculating gas volumes using moles - Higher

Length

Overview

Learning Goals

Common fertilisers and their importance

Common fertilisers and their importance

Length

Overview

Learning Goals

The Haber process

The Haber process

Length

Overview

Learning Goals

Chemical and fuel cells

Chemical and fuel cells

Length

Overview

Learning Goals

Extracting metals and equilibria

The reactivity series of metals

The reactivity series of metals

Length

Overview

Learning Goals

Extracting metals

Extracting metals

Length

Overview

Learning Goals

Biological methods of metal extraction - Higher

Biological methods of metal extraction - Higher

Length

Overview

Learning Goals

Reducing the use of resources

Reducing the use of resources

Length

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Learning Goals

Life cycle assessments

Life cycle assessments

Length

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Learning Goals

Reversible reactions and equilibria

Reversible reactions and equilibria

Length

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Learning Goals

Position of equilibrium - Higher

Position of equilibrium - Higher

Length

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Learning Goals

Chemical changes

Acids, bases and pH

Acids, bases and pH

Length

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Learning Goals

Strong and weak acids - Higher

Strong and weak acids - Higher

Length

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Learning Goals

Reactions of acids

Reactions of acids

Length

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Learning Goals

Electrolysis

Length

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Learning Goals

States of matter and mixtures

Changes of state

Changes of state

Length

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Learning Goals

Substance types and determining purity

Substance types and determining purity

Length

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Learning Goals

Filtration and crystallisation

Filtration and crystallisation

Length

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Learning Goals

Chromatography: phases and calculations

Chromatography: phases and calculations

Length

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Learning Goals

Potable water, treatment and purification

Potable water, treatment and purification

Length

Overview

Learning Goals

Key concepts

Chemical equations

Chemical equations

Length

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Learning Goals

Ionic equations and half equations - Higher

Ionic equations and half equations - Higher

Length

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Learning Goals

Hazards, risks and precautions

Hazards, risks and precautions

Length

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Learning Goals

The history of the atom

The history of the atom

Length

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Learning Goals

The atom and isotopes

The atom and isotopes

Length

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Learning Goals

Calculating relative masses

Calculating relative masses

Length

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Learning Goals

Calculating relative atomic mass - Higher

Calculating relative atomic mass - Higher

Length

Overview

Learning Goals

The history of the periodic table

The history of the periodic table

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Learning Goals

Electronic configuration

Electronic configuration

Length

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Learning Goals

Ions and their formation

Ions and their formation

Length

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Learning Goals

Ionic bonding: properties of compounds and naming

Ionic bonding: properties of compounds and naming

Length

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Learning Goals

Covalent bonding

Covalent bonding

Length

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Learning Goals

Giant covalent substances

Giant covalent substances

Length

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Learning Goals

Metallic bonding and alloys

Metallic bonding and alloys

Length

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Learning Goals

Molecular and empirical formulae

Molecular and empirical formulae

Length

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Learning Goals

Conservation of mass

Conservation of mass

Length

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Learning Goals

Limiting reactants and masses - Higher

Limiting reactants and masses - Higher

Length

Overview

Learning Goals

Concentrations of solutions

Concentrations of solutions

Length

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Learning Goals

Mole calculations and Avogadro's constant - Higher

Mole calculations and Avogadro's constant - Higher

Length

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Learning Goals

Practical skills

Measuring techniques

Measuring techniques

Length

Overview

Learning Goals

Safety and ethics

Safety and ethics

Length

Overview

Learning Goals

Designing experiments

Designing experiments

Length

Overview

Learning Goals

Methods of heating substances

Methods of heating substances

Length

Overview

Learning Goals

Working with electronics

Working with electronics

Length

Overview

Learning Goals

Random sampling and sampling methods

Random sampling and sampling methods

Length

Overview

Learning Goals

Comparing results using percentage change

Comparing results using percentage change

Length

Overview

Learning Goals

Working scientifically

The scientific method

The scientific method

Length

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Learning Goals

Science communication and ethics

Science communication and ethics

Length

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Learning Goals

Evaluating risks and hazards

Evaluating risks and hazards

Length

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Learning Goals

Collecting data

Collecting data

Length

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Learning Goals

Processing and presenting data

Processing and presenting data

Length

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Learning Goals

Units and equations

Units and equations

Length

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Learning Goals

Structuring a scientific report and drawing conclusions

Structuring a scientific report and drawing conclusions

Length

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Learning Goals

Uncertainties and evaluations

Uncertainties and evaluations

Length

Overview

Learning Goals

Popular Chapters in All Year Groups

Global challenges

Key concepts

Chemical reactions

Atomic structure and the periodic table

Elements, compounds and mixtures

Organic chemistry I

Atomic structure

Chemistry practicals

Bonding and structure

Enthalpy and reaction rates

The periodic table

Rates and equilibrium

Aromatic chemistry and carbonyls

Acids and bases

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