Year
|
Autumn
|
Spring
|
Summer
|
7
|
How to be a Scientist
|
Space Mission
|
Cells
|
Particle theory
|
Gravity and Space
|
|
Human body
|
Separating Mixtures
|
Speed
|
|
Plant and Human reproduction
|
Elements
|
Contact forces
|
Ecosystems and food chains
|
Substances
|
|
8
|
Respiration and Photosynthesis
|
Periodic Table
|
Density and Pressure
|
Adaptation and Variation
|
Types of Reactions
|
|
Work
|
Inheritance and Evolution
|
Energy costs and transfers
|
Chemical Energy
|
|
Heating and Cooling
|
Earth Structure
|
Earth’s resources
|
Magnets, Currents, Voltage and electromagnets
|
Climate
|
|
9
|
Waves
|
Maths and Space
|
Practical Skills
|
Atomic Structure
|
|
Cells
|
Energy
|
Organisation
|
|
Forces
|
Bonding and Properties
|
|
10 - Trilogy
|
Health
|
Bioenergetics
|
Chemical changes
|
Energy changes
|
Electricity
|
|
Rates of reaction
|
Homeostasis
|
Particle model of matter
|
Atomic Structure
|
|
Forces
|
Hydrocarbons
|
Inheritance
|
Ecology
|
|
10 – Biology
(triple)
|
|
|
|
10 – Chemistry
(triple)
|
Chemical Changes
|
Energy changes
|
Rates of reaction
|
|
|
Chemical analysis
|
Atmosphere
|
|
10 – Physics
(triple)
|
Electricity
|
Particle model of matter
|
|
|
|
11 - Trilogy
|
Quantitative chemistry
|
Chemical analysis
|
Atmosphere
|
Evolution
|
Waves
|
Electromagnetism
|
|
|
|
11 – Biology
(triple)
|
|
Evolution continued
|
Revision
|
|
|
11 – Chemistry
(triple)
|
Quantitative chemistry
|
Using Resources
|
|
Using resources continued
|
Revision
|
|
|
11 – Physics
(triple)
|
|
|
|
12 Biology
|
Biological Molecules
|
Cell Structure
|
Cell Division and Cellular Organisation
|
Biological Membranes
|
Enzymes
|
Nucleotides and Nucleic Acids
|
PAG 6.1, PAG 5.2
|
|
Exchange and Transport
|
Transport in Animals and plants
|
Disease and the Immune System
|
Classification and Evolution
|
Biodiversity
|
PAG3.1, PAG 11.1, PAG 2.1
|
|
Photosynthesis
|
Respiration
|
Communication and Homeostasis
|
PAG 12.1
|
|
12 Chemistry
|
Atoms and reactions
|
The periodic table
|
Electrons bonding and structure
|
Basic concepts & hydrocarbons
|
PAG 1.3 PAG 2.2
|
|
The periodic table continued
|
Physical chemistry
|
Basic concepts & hydrocarbons
|
Alcohols, haloalkanes and analysis
|
PAG 3.2, PAG 5.3
|
|
Aromatic compounds, carbonyls and acids
|
Rates equilibrium and pH
|
PAG 6.1
|
|
12 Physics
|
Foundations of physics
|
Motion
|
Forces in action
|
Work, Energy and Power
|
Newtons Laws
|
Electricity
|
Materials
|
Waves
|
PAG 1.1, PAG 3.1, PAG 2.1
|
|
Electricity
|
Quantum physics
|
Waves
|
PAG 4.1, PAG 6.1, PAG 5.1
|
|
Thermal physics
|
Capacitors
|
|
12 Applied Science
|
Unit 2 (coursework) Applied Experimental Techniques (biology, chemistry and physics)
|
Unit 3 (externally examined) Science in the Modern World
|
|
Unit 3 (externally examined) Science in the Modern World
|
Unit 1 (externally examined) Key concepts in science (biology, chemistry and physics)
|
|
Unit 4 (externally examined) The Human Body
|
|
13 Biology
|
Evolution
|
Manipulating genomes
|
Cloning and biotechnology
|
Ecosystems
|
Populations and sustainability
|
Communication and Homeostasis
|
Plant and Animal responses
|
PAG 7.1, PAG 3.1, PAG 6.1
|
|
Plant and Animal responses continued
|
Respiration
|
Photosynthesis
|
Revision
|
PAG 11.1, PAG 12.1, PAG 10.1
|
|
|
13 Chemistry
|
Aromatic Compounds and Carbonyls
|
Nitrogen Compounds and Polymers
|
Organic Synthesis and Practical Techniques
|
Reaction Rates
|
Equilibrium
|
Acids, Bases and pH
|
PAG 6.1, PAG 9.1, PAG 10.1, PAG 11.2
|
|
Analysis
|
Transition metals
|
Energy
|
PAG 8.3, PAG 7.1, PAG 12.1
|
|
|
13 Physics
|
Circular Motion & Oscillations
|
Gravitational Fields
|
Astrophysics and Cosmology
|
Nuclear and Particle Physics
|
Capacitors
|
Electric Fields
|
Electromagnetism
|
PAG 10.1, PAG 11.1, PAG 7.2, PAG 12.1
|
|
Medical Imaging
|
Nuclear and Particle Physics
|
|
|
13 Applied Science
|
Unit 5 (coursework) Investigating Science
|
Unit 6a (coursework) Organic chemistry
|
|
Unit 5 (coursework) Investigating Science
|
Unit 6a (coursework) Organic chemistry
|
Unit 4 (external exam) The Human Body
|
|
|