Year 7
1
Forces
2
Solid, liquid, gas states and changes of state
3
Cells
4
Our solar system and beyond
5
Solutions
6
Ecosystems
7
Sound, light and vision
8
Heredity and DNA
9
Separation techniques
10
Human skeleton and muscles
11
Heating and cooling
12
Diffusion
Year 8
1
Human digestive system
2
Atoms, elements and compounds
3
Biodiversity
4
Understanding chemical reactions
5
Moving by force
6
Species and classification (differences between species)
7
Variation (differences within species)
8
Earth's resources
9
Series circuits
10
Reproduction in humans
11
Fuels and energetics
12
Making images
13
Diet and exercise
Year 9
1
Breathing and respiration
2
Acids and bases
3
Magnets and electromagnets
4
Plant nutrition and photosynthesis
5
Materials
6
Hidden forces
7
Adaptations, competition, natural selection and evolution
8
Carbon cycle and climate change
9
Waves
10
Disease and drugs
11
Patterns in the periodic table
12
Resistance and parallel circuits
13
Reproduction in plants
Year 10
1
Atomic structure and the periodic table
2
Eukaryotic and prokaryotic cells
3
Particle explanations of density and pressure
4
DNA and the genome
5
Structure and bonding
6
Health and disease
7
Measuring and calculating motion
8
States of matter
9
Biological molecules and enzymes
10
Transport and exchange surfaces in humans
11
Electric fields and circuit calculations
12
Coordination and control: the human nervous system
13
Separating substances
14
Coordination and control: hormones and the human endocrine system
15
Measuring waves
16
Photosynthesis: requirements and products
17
Calculations involving masses
18
Inheritance, genotype and phenotype
19
Energy of moving objects
20
Cell division: mitosis and meiosis
21
Making salts
22
Stem cells and differentiation
23
Energy of moving particles
24
Fossil evidence, selective breeding and explaining evolution
25
Chemistry of carbon
26
Living organisms and their environments
27
Circuit components
28
Energy changes in reactions
Year 11
1
Defences against pathogens, the human immune system and vaccination
2
Rate of reaction
3
Aerobic and anaerobic cellular respiration
4
Forces make things change
5
Maintaining biodiversity and human impacts
6
Using Earth's resources
7
Transport and exchange surfaces in plants
8
Nuclear physics
9
Hormones and human reproduction
10
Groups of the periodic table
11
Coordination and control: maintaining a constant internal environment
12
Electromagnetism
13
Atmosphere and changing climate
14
Medicines and new treatments for disease
15
Electromagnetic waves
16
Variation and natural selection at the genetic level
17
Electrolysis
18
Classification in modern biology
19
Mains electricity
20
Gene technology
21