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Work through MYP Integrated Sciences lessons by topic. Each lesson is built to help you learn the syllabus before moving into practice.
1 Science skills
1.1 Measurement in science
1.2 Word and chemical equations
1.3 Balancing equations
1.4 Filtration, distillation and chromatography
2 Scale and structure
2.1 Atomic structure
2.2 Electronic configuration and valency
2.3 States and properties of matter
2.4 Characteristics of gases
2.5 Density
2.6 Cell structure
2.7 Cell functions
2.8 Diffusion
3 Classification and organisation
3.1 Classification
3.2 Metals and non-metals
3.3 Periodic trends
3.4 Tissues, organs and systems
3.5 Life cycles
4 Materials and bonding
4.1 Structure and bonding
4.2 Properties of elements and compounds
4.3 Alloys
4.4 Solutions, colloids and suspensions
4.5 Alkanes, alkenes and alcohols
4.6 Structural formulae – carboxylic acids and esters
5 Chemical reactions
5.1 Acids and bases
5.2 pH, titrations and indicators
5.3 Formation and uses of salts
5.4 Reactivity series
5.5 Redox reactions
5.6 Electrochemical cells
5.7 Endothermic and exothermic reactions
5.8 Collision theory and reaction rates
5.9 Reversible reactions
6 Forces and motion
6.1 Speed and motion graphs
6.2 Forces and effects of forces
6.3 Newton's laws
6.4 Gravity and gravitational fields
6.5 Pressure
7 Energy
7.1 Transfer and transformation of energy
7.2 Work, power and efficiency
7.3 Energy sources and resources
7.4 Photosynthesis
7.5 Cell respiration
7.6 Nutrition and digestion
8 Thermal physics
8.1 Kinetic theory and phase change
8.2 Heat transfer
8.3 Thermal properties of matter
9 Electricity and magnetism
9.1 Static electricity
9.2 Current, voltage and power
9.3 Electric circuits
9.4 Magnetism and magnetic fields
9.5 Electromagnetic induction
9.6 Generation and transmission of electricity
10 Waves
10.1 Longitudinal and transverse waves
10.2 Wave equation
10.3 Sound waves
10.4 Reflection, refraction and diffraction
10.5 Electromagnetic spectrum and applications
11 Atoms and space
11.1 Atomic physics
11.2 Radioactivity
11.3 The solar system
11.4 Planets and satellites
11.5 The Big Bang theory
12 Genetics and evolution
12.1 DNA
12.2 Cell division
12.3 Reproduction
12.4 Inheritance and variation
12.5 Natural selection
12.6 Speciation and extinction
13 Body systems
13.1 Biochemistry and enzymes
13.2 Osmosis
13.3 Transport and circulation
13.4 Gas exchange
13.5 Receptors and senses
13.6 Hormones
13.7 Homeostasis
14 Ecosystems and environment
14.1 Habitat
14.2 Food chains and webs
14.3 Ecosystem cycles
14.4 Predator-prey and competition
14.5 Pathogens and parasites
14.6 Atmospheric composition
15 Human impact and sustainability
15.1 Habitat change and destruction
15.2 Pollution and conservation
15.3 Overexploitation
15.4 Emissions and environmental implications
15.5 Factors affecting human health
15.6 Vaccination
15.7 Mitigation of adverse effects
16 Biotechnology and the future
16.1 Genetic modification
16.2 Cloning
16.3 Genome mapping and applications
16.4 3D tissue and organ printing
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