Remote Learning

Language paper 1 Section A - Analysing character
Resources: 1, 2, 3, 4, 5, 6, 7, 8

Language paper 1 Section B - Creative writing

Language paper 1 Section A - Analysing setting
Resources 1, 2

Language paper 1 Section B - Creative writing

Love and Relationships poetry: When we two parted

Love and Relationships poetry: Love’s Philosophy

Love and Relationships poetry: Neutral Tones

Love and Relationships poetry: The  Farmer’s Bride

Love and Relationships poetry: Porphyria’s Lover

Four operations including working with decimals

Two-way tables

Area and Perimeter

Standard form

Significant figures

Working with directed numbers

Rounding decimals

Squares, Cubes, powers and roots

Volume

Percentages without a calculator

Pythagoras

Writing expressions

Substitution

HCF and LCM

Expanding and factorising single brackets

Ratio

Circles

Four rules of fractions

Statsitical representations

FDP

Best buys

Solving equations

Probability

Linear graphs

Sequences

Index laws

Exchange rates and conversions

Four operations including working with decimals

Two-way tables

Area and Perimeter

Standard form

Significant figures

Working with directed numbers

Rounding decimals

Squares, Cubes, powers and roots

Volume

Percentages without a calculator

Pythagoras

Writing expressions

Substitution

HCF and LCM

Expanding and factorising single brackets

Ratio

Circles

Four rules of fractions

Statistical representations

FDP

Best buys

Solving equations

Probability

Linear graphs

Sequences

Index laws

Exchange rates and conversion

Atomic structure
Atoms 

The structure of an atom

Relative electrical charges of subatomic particles

Mass number and atomic number

The development of the model of the atom

Electronic configuration

The periodic table

Valence electrons and periodic table

Electricity

Current, potential difference and resistance

Electrical conductors and insulators

Electrons and Current 

Circuit symbols and diagrams

Investigating number of cells and current

Investigating number of cells and potential difference

Measurements and standard form

Introduction to calculating charge

Introduction to calculating resistance

Investigating current and potential difference of a fixed resistor

Investigating current and potential difference of a bulb

Series and parallel circuits

Current in a series and parallel circuit

Cell Biology
Cell Structure 

Eukaryotic and prokaryotic

Animal and plant cells

Cell Specialisation

Cell Differentiation

Microscopy 

Cell Division 

Chromosomes

Mitosis and the cell cycle

Stem Cells

Transport in Cells

Diffusion

Osmosis

Active Transport

Particle model

The three states of matter

State symbols

Properties of matter

Atoms, elements and the periodic tables
A simple model of the atom, symbols, relative atomic mass, electronic charge and isotopes

Atoms, elements and compounds

Mixtures

The development of the model of the atom

Relative electrical charges of subatomic particles

Size and mass of atoms

Relative atomic mass

Electronic structure

Atomic structure
Atoms

The structure of an atom

Mixtures

Relative electrical charges of subatomic particles

Mass number and atomic number

The development of the model of the atom

Electronic configuration

The periodic table

Valence electrons and periodic table

Electricity
Current, potential difference and resistance

Electrical conductors and insulators

Electrons and Current

Circuit symbols and diagrams

Investigating number of cells and current

Investigating number of cells and potential difference

Measurements and standard form

Introduction to calculating charge

Introduction to calculating resistance

Investigating current and potential difference of a fixed resistor

Investigating current and potential difference of a bulb

 Series and parallel circuits

Current in a series and parallel circuit

Cell Biology
Cell Structure 

Eukaryotic and prokaryotic

Animal and plant cells

Cell Specialisation

Cell Differentiation

Microscopy 

Cell Division 

Chromosomes

Mitosis and the cell cycle

Stem Cells

Transport in Cells

Diffusion

Osmosis

Active Transport

Particle model

The three states of matter

State symbols

Properties of matter

Atoms, elements and the periodic tables
A simple model of the atom, symbols, relative atomic mass, electronic charge and isotopes

Atoms, elements and compounds

Mixtures

The development of the model of the atom

Relative electrical charges of subatomic particles

Size and mass of atoms

Relative atomic mass

Electronic structure

Organisation

Principles of organisation

Animal tissues, organs and organ systems

The human digestive system

The heart and blood vessels

Blood

Coronary Heart Disease

Health issues

The effect of lifestyle on some non-communicable diseases

Cancer

Plant tissues, organs and systems

Plant tissues

Plant organ systems

Energy

Energy changes in a system and the ways energy is stored before and after such changes

Energy stores and systems

Changes in energy

Energy changes in systems

Power

Conservation and dissipation of energy

Energy transfers in a system

Efficiency

National and global energy resources

Quantitative Chemistry

Chemical measurements, conservation of mass and the quantitative interpretation of chemical equations

Conservation of mass and balanced chemical equations

Relative formula mass

Mass changes when a reactant or product is a gas

Chemical measurements

Use of amount of substance in relation to masses of pure substances

Moles (Higher Tier only)

Amounts of substances in equations (Higher Tier only)

Using moles to balance equations (Higher Tier only)

Limiting reactants (Higher Tier only)

Concentration of solutions

Infections and Response

Communicable diseases

Communicable (infectious) diseases

Viral diseases

Bacterial diseases

Fungal diseases

Protist diseases

Human defence systems

Vaccination,antibiotics and painkillers

Discovery and development of drugs

Forces

Forces and their interactions

Scalar and vector quantities

  Contact and non-contact forces

Gravity

Resultant forces

 Work done and energy transfer

 Forces and Elasticity

Forces and Motion

Describing motion along a line

Distance and displacement 

Speed 

Velocity

The distance-time relationship

Acceleration

 Forces, accelerations and Newton’s Law of motion

Newton’s First Law

Newton’s Second law

Newton's Third Law

 Forces and braking

Stopping distance

Reaction time

Factors affecting braking distance

Momentum (Higher Tier only)

Momentum is a property of moving objects

Conservation of momentum

Chemical changes

Reactivity of metals

Metal oxides

The reactivity series

Extraction of metals and reduction

Oxidation and reduction in terms of electrons (HT only)

Reaction of acids

Reaction of acids with metals

Neutralisation of acids and salt production

Soluble salts

The pH scale and neutralisation

Strong and weak acids (Higher Tier only)

Electrolysis

The process of electrolysis

Electrolysis of molten ionic compounds

Using electrolysis to extract metals

Electrolysis of aqueous solution

Representation of reactions at electrodes as half-equations
(Higher Tier only)

Energy Changes

Exothermic and endothermic reactions

Energy transfer during exothermic and endothermic reactions

Reaction profiles

Waves

Waves in air, fluids and solids

Transverse and longitudinal waves

Properties of waves

 Electromagnetic waves

Types of electromagnetic waves

Properties of electromagnetic waves

Homeostasis and Response

 Homeostasis

 The human nervous system

 Hormonal coordination in humans

Human endocrine system

Control of blood glucose concentration

Hormones in human reproduction

Contraception

The use of hormone to treat fertility (Higher tier only)

Feedback systems (Higher tier only)

 Inheritance, variation and evolution

Reproduction

Sexual and asexual reproduction

Meiosis

DNA and the genome

Genetic inheritance

Inherited disorders

Sex determination

Variation and evolution

Variation

Evolution

Selective breeding

Genetic engineering

The development of understanding of genetics and evolution

Evidence for evolution

Fossils

Extinction

Resistant bacteria

Classification of living organisms

Organic Chemistry

Carbon compounds as fuels and feedstock

Crude oil, hydrocarbons and alkanes

Fractional distillation and petrochemicals

Properties of hydrocarbons

Cracking and alkenes

Chemical Analysis

Purity, formulations and chromatography

Pure substances

Formulations

Chromatography

 Identification of common gases

Test for oxygen

Test for carbon dioxide

Test for chlorine

Electromagnetism

Permanent and induced magnetism, magnetic force and field

Poles of magnet

Magnetic fields

 The motor effect

Electromagnetism

Fleming’s left-hand rule (Higher tier only)

Electric motors (Higher tier only)

Ecology

Adaptations, interdependence and competition

Communities

Abiotic factors

Biotic factors

Adaptations

 Organisation of an ecosystem

Levels of organisation

How materials are cycled

 Biodiversity and the effect of human interaction on ecosystems

Biodiversity

Waste management 

Land use 

Deforestation

Global warming

Chemistry of the atmosphere

The composition and evolution of the Earth's atmosphere

The proportions of different gases in the atmosphere

The Earth’s early atmosphere

How oxygen increased

How carbon decreased

 Carbon dioxide and methane as greenhouse gases

Greenhouse gases

Human activities which contribute to an increase in greenhouse gases in the atmosphere

Global climate change

The carbon footprint and its reduction

 Common atmospheric pollutants and their sources

Atmospheric pollutants from fuels 

Properties and effects of atmospheric pollutants