Co-ordinated Sciences (Double Award) 0654 revision by topic
124 topics · 678 quick questions · 433 worksheet questions
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BBiology
- B1.1 Characteristics of living organismsWhat living things do5 questions
- B2.1 Cell structureCell structure5 questions
- B2.1 Cell structureSpecialised cells, tissues and organs5 questions
- B2.2 Size of specimensMagnification5 questions
- B3.1 DiffusionDiffusion5 questions
- B3.2 OsmosisOsmosis5 questions
- B3.3 Active transportActive transport5 questions
- B4.1 Biological moleculesBiological molecules and food tests5 questions
- B5.1 EnzymesEnzymes5 questions
- B6.1 PhotosynthesisPhotosynthesis5 questions
- B6.2 Leaf structureLeaf structure5 questions
- B7.1 DietA balanced diet5 questions
- B7.2 Digestive systemThe digestive system5 questions
- B7.3 DigestionPhysical digestion5 questions
- B7.3 DigestionChemical digestion5 questions
- B8.1–B8.2 Xylem, phloem and water uptakeTransport in plants5 questions
- B8.3 TranspirationTranspiration5 questions
- B8.4 TranslocationTranslocation5 questions
- B9.1–B9.2 Circulatory systems and the heartCirculation and the heart5 questions
- B9.3 Blood vesselsBlood vessels5 questions
- B9.4 BloodBlood5 questions
- B10.1 Diseases and immunityDisease and immunity5 questions
- B11.1 Gas exchange in humansBreathing and gas exchange5 questions
- B12.1 RespirationAerobic respiration5 questions
- B12.1 RespirationAnaerobic respiration5 questions
- B13.1 Coordination and responseNerves and reflexes5 questions
- B13.2 HormonesHormones5 questions
- B13.3 HomeostasisHomeostasis5 questions
- B14.1 DrugsDrugs and antibiotics5 questions
- B15.1–B15.2 Asexual and sexual reproductionAsexual and sexual reproduction5 questions
- B15.3 Sexual reproduction in plantsReproduction in flowering plants5 questions
- B15.4 Sexual reproduction in humansHuman reproduction5 questions
- B15.5 Sexually transmitted infectionsSexually transmitted infections5 questions
- B16.1 Chromosomes and genesChromosomes, genes and DNA5 questions
- B16.2 Cell divisionMitosis and meiosis5 questions
- B16.3 Monohybrid inheritanceInheritance5 questions
- B17.1 VariationVariation and mutation5 questions
- B17.2 SelectionNatural selection5 questions
- B17.2 SelectionSelective breeding5 questions
- B18.1–B18.2 Energy flow, food chains and food websFood chains, food webs and energy5 questions
- B18.3 Carbon cycleThe carbon cycle5 questions
- B19.1 Habitat destructionHabitat destruction5 questions
- B19.2 ConservationConservation5 questions
CChemistry
- C1.1 Solids, liquids and gasesSolids, liquids and gases6 questions
- C1.2 DiffusionDiffusion5 questions
- C2.1 Elements, compounds and mixturesElements, compounds and mixtures5 questions
- C2.2 Atomic structure and the Periodic TableInside the atom6 questions
- C2.3 IsotopesIsotopes and relative atomic mass5 questions
- C2.4 Ions and ionic bondsIons and ionic bonding6 questions
- C2.5 Simple molecules and covalent bondsCovalent bonding and simple molecules6 questions
- C2.6 Giant covalent structuresDiamond, graphite and giant structures5 questions
- C2.7 Metallic bondingMetallic bonding5 questions
- C3.1 FormulasFormulae and equations6 questions
- C3.2 Relative masses of atoms and moleculesRelative formula mass5 questions
- C3.3 The mole and the Avogadro constantThe mole and reacting masses6 questions
- C3.3 The mole and the Avogadro constantConcentrations and gas volumes6 questions
- C4.1 ElectrolysisElectrolysis6 questions
- C4.2 Hydrogen–oxygen fuel cellsHydrogen fuel cells5 questions
- C5.1 Exothermic and endothermic reactionsEnergy changes in reactions6 questions
- C6.1 Physical and chemical changesPhysical and chemical changes5 questions
- C6.2 Rate of reactionRates of reaction6 questions
- C6.3 RedoxOxidation and reduction6 questions
- C7.1 The characteristic properties of acids and basesAcids, bases and neutralisation6 questions
- C7.2 OxidesTypes of oxide5 questions
- C7.3 Preparation of saltsMaking salts6 questions
- C8.1 Arrangement of elementsThe Periodic Table5 questions
- C8.2 Group I propertiesGroup 1: the alkali metals6 questions
- C8.3 Group VII propertiesGroup 7: the halogens6 questions
- C8.4 Transition elementsThe transition elements5 questions
- C8.5 Noble gasesThe noble gases5 questions
- C9.1 Properties of metalsProperties of metals5 questions
- C9.2 Uses of metalsUses of metals5 questions
- C9.3 Alloys and their propertiesAlloys5 questions
- C9.4 Reactivity seriesThe reactivity series6 questions
- C9.5 Corrosion of metalsRusting and how to stop it5 questions
- C9.6 Extraction of metalsExtracting metals5 questions
- C10.1 WaterWater5 questions
- C10.2 Air quality and climateWhat air is made of5 questions
- C10.2 Air quality and climateAir pollution and the climate6 questions
- C11.1 Formulas and terminologyFamilies of organic compounds6 questions
- C11.2 Naming organic compoundsNaming organic compounds6 questions
- C11.3 FuelsCrude oil and fuels6 questions
- C11.4 AlkanesAlkanes6 questions
- C11.5 AlkenesAlkenes and cracking6 questions
- C11.6 AlcoholsAlcohols6 questions
- C11.7 PolymersPolymers and plastics6 questions
- C12.1 Experimental designMeasuring and apparatus5 questions
- C12.2 Acid–base titrationsTitrations5 questions
- C12.3 ChromatographyChromatography5 questions
- C12.4 Separation and purificationSeparating mixtures6 questions
- C12.5 Identification of ions and gasesTests for ions and gases6 questions
PPhysics
- P1.1 Physical quantities and measurement techniquesMeasuring, scalars and vectors6 questions
- P1.2 MotionSpeed, velocity and acceleration6 questions
- P1.2 MotionDistance–time and speed–time graphs6 questions
- P1.3 Mass and weightMass, weight and gravity6 questions
- P1.4 DensityDensity6 questions
- P1.5 ForcesForces and Newton's laws6 questions
- P1.5 ForcesStretching and Hooke's law6 questions
- P1.5 ForcesMoments and centre of gravity6 questions
- P1.6 Energy, work and powerEnergy stores and transfers6 questions
- P1.6 Energy, work and powerWork, power and efficiency6 questions
- P1.6 Energy, work and powerEnergy resources6 questions
- P1.7 PressurePressure6 questions
- P2.1 Kinetic particle model of matterParticles and states of matter6 questions
- P2.2 Thermal properties and temperatureThermal expansion6 questions
- P2.2 Thermal properties and temperatureMelting, boiling and evaporation5 questions
- P2.3 Transfer of thermal energyConduction, convection and radiation6 questions
- P3.1 General properties of wavesProperties of waves6 questions
- P3.2 LightReflection, refraction and total internal reflection6 questions
- P3.2 LightLenses and dispersion6 questions
- P3.3 Electromagnetic spectrumThe electromagnetic spectrum6 questions
- P3.4 SoundSound6 questions
- P4.1 Simple phenomena of magnetismMagnets and magnetic fields6 questions
- P4.2 Electrical quantitiesStatic electricity and charge6 questions
- P4.2 Electrical quantitiesCurrent, voltage and resistance6 questions
- P4.2 Electrical quantitiesElectrical power and energy6 questions
- P4.3 Electrical circuitsSeries and parallel circuits6 questions
- P4.4 Electrical safetyMains electricity and safety6 questions
- P4.5 Electromagnetic effectsElectromagnets and motors6 questions
- P4.5 Electromagnetic effectsInduction, generators and transformers6 questions
- P5.1 The nucleusThe atom and the nucleus6 questions
- P5.2 RadioactivityRadioactive decay and half-life6 questions
- P6.1 The Solar SystemThe Earth and the Solar System6 questions
- P6.2 Stars and the UniverseThe Sun and the life of a star6 questions
These topics are shared with the separate sciences. Your course covers a little less in places, so now and then a question may go further than you need. Count those as a bonus.
The topics follow the Cambridge IGCSE Co-ordinated Sciences (Double Award) (0654), syllabus for examination in 2025, 2026 and 2027. The questions are Papermunch’s own, written for revision: none of them are taken from past papers. For the real thing, theCo-ordinated Sciences (Double Award) past papers are on the shelf.