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Notes/GCSE/Physics (Combined Science)/AQA/Trilogy — Higher

Syllabus

AQA GCSE Combined Science: Trilogy (8464) — Physics — Higher

      • •Energy stores and systems6.1.1.1
      • •Changes in energy6.1.1.2
      • •Energy changes in systems6.1.1.3
      • •Power6.1.1.4
      • •Energy transfers in a system6.1.2.1
      • •Efficiency6.1.2.2
    • •National and global energy resources6.1.3
      • •Standard circuit diagram symbols6.2.1.1
      • •Electrical charge and current6.2.1.2
      • •Current, resistance and potential difference6.2.1.3
      • •Resistors6.2.1.4
    • •Series and parallel circuits6.2.2
      • •Direct and alternating potential difference6.2.3.1
      • •Mains electricity6.2.3.2
      • •Power6.2.4.1
      • •Energy transfers in everyday appliances6.2.4.2
      • •The National Grid6.2.4.3
      • •Density of materials6.3.1.1
      • •Changes of state6.3.1.2
      • •Internal energy6.3.2.1
      • •Temperature changes in a system and specific heat capacity6.3.2.2
      • •Changes of state and specific latent heat6.3.2.3
      • •Particle motion in gases6.3.3.1
      • •The structure of an atom6.4.1.1
      • •Mass number, atomic number and isotopes6.4.1.2
      • •The development of the model of the atom (common content with chemistry)6.4.1.3
      • •Radioactive decay and nuclear radiation6.4.2.1
      • •Nuclear equations6.4.2.2
      • •Half-lives and the random nature of radioactive decay6.4.2.3
      • •Radioactive contamination6.4.2.4
      • •Scalar and vector quantities6.5.1.1
      • •Contact and non-contact forces6.5.1.2
      • •Gravity6.5.1.3
      • •Resultant forces6.5.1.4
    • •Work done and energy transfer6.5.2
    • •Forces and elasticity6.5.3
      • •Distance and displacement6.5.4.1.1
      • •Speed6.5.4.1.2
      • •Velocity6.5.4.1.3
      • •The distance–time relationship6.5.4.1.4
      • •Acceleration6.5.4.1.5
      • •Newton's First Law6.5.4.2.1
      • •Newton's Second Law6.5.4.2.2
      • •Newton's Third Law6.5.4.2.3
      • •Stopping distance6.5.4.3.1
      • •Reaction time6.5.4.3.2
      • •Factors affecting braking distance 16.5.4.3.3
      • •Factors affecting braking distance 26.5.4.3.4
      • •Momentum is a property of moving objects6.5.5.1
      • •Conservation of momentum6.5.5.2
      • •Transverse and longitudinal waves6.6.1.1
      • •Properties of waves6.6.1.2
      • •Types of electromagnetic waves6.6.2.1
      • •Properties of electromagnetic waves 16.6.2.2
      • •Properties of electromagnetic waves 26.6.2.3
      • •Uses and applications of electromagnetic waves6.6.2.4
      • •Poles of a magnet6.7.1.1
      • •Magnetic fields6.7.1.2
      • •Electromagnetism6.7.2.1
      • •Fleming's left-hand rule (HT only)6.7.2.2
      • •Electric motors (HT only)6.7.2.3
  • •Key ideas6.8

Syllabus

AQA GCSE Combined Science: Trilogy (8464) — Physics — Higher

      • •Energy stores and systems6.1.1.1
      • •Changes in energy6.1.1.2
      • •Energy changes in systems6.1.1.3
      • •Power6.1.1.4
      • •Energy transfers in a system6.1.2.1
      • •Efficiency6.1.2.2
    • •National and global energy resources6.1.3
      • •Standard circuit diagram symbols6.2.1.1
      • •Electrical charge and current6.2.1.2
      • •Current, resistance and potential difference6.2.1.3
      • •Resistors6.2.1.4
    • •Series and parallel circuits6.2.2
      • •Direct and alternating potential difference6.2.3.1
      • •Mains electricity6.2.3.2
      • •Power6.2.4.1
      • •Energy transfers in everyday appliances6.2.4.2
      • •The National Grid6.2.4.3
      • •Density of materials6.3.1.1
      • •Changes of state6.3.1.2
      • •Internal energy6.3.2.1
      • •Temperature changes in a system and specific heat capacity6.3.2.2
      • •Changes of state and specific latent heat6.3.2.3
      • •Particle motion in gases6.3.3.1
      • •The structure of an atom6.4.1.1
      • •Mass number, atomic number and isotopes6.4.1.2
      • •The development of the model of the atom (common content with chemistry)6.4.1.3
      • •Radioactive decay and nuclear radiation6.4.2.1
      • •Nuclear equations6.4.2.2
      • •Half-lives and the random nature of radioactive decay6.4.2.3
      • •Radioactive contamination6.4.2.4
      • •Scalar and vector quantities6.5.1.1
      • •Contact and non-contact forces6.5.1.2
      • •Gravity6.5.1.3
      • •Resultant forces6.5.1.4
    • •Work done and energy transfer6.5.2
    • •Forces and elasticity6.5.3
      • •Distance and displacement6.5.4.1.1
      • •Speed6.5.4.1.2
      • •Velocity6.5.4.1.3
      • •The distance–time relationship6.5.4.1.4
      • •Acceleration6.5.4.1.5
      • •Newton's First Law6.5.4.2.1
      • •Newton's Second Law6.5.4.2.2
      • •Newton's Third Law6.5.4.2.3
      • •Stopping distance6.5.4.3.1
      • •Reaction time6.5.4.3.2
      • •Factors affecting braking distance 16.5.4.3.3
      • •Factors affecting braking distance 26.5.4.3.4
      • •Momentum is a property of moving objects6.5.5.1
      • •Conservation of momentum6.5.5.2
      • •Transverse and longitudinal waves6.6.1.1
      • •Properties of waves6.6.1.2
      • •Types of electromagnetic waves6.6.2.1
      • •Properties of electromagnetic waves 16.6.2.2
      • •Properties of electromagnetic waves 26.6.2.3
      • •Uses and applications of electromagnetic waves6.6.2.4
      • •Poles of a magnet6.7.1.1
      • •Magnetic fields6.7.1.2
      • •Electromagnetism6.7.2.1
      • •Fleming's left-hand rule (HT only)6.7.2.2
      • •Electric motors (HT only)6.7.2.3
  • •Key ideas6.8

Temperature changes in a system and specific heat capacity

AQA·Physics (Combined Science)·6.3.2.2·Trilogy — Higher

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