AQA · 8464

Combined Science: Trilogy GCSE

A double award worth two GCSEs, assessed by six papers covering biology, chemistry and physics with twenty-one required practicals.

Specification points

7

0 with marked evidence

Coverage

0%

Average paper standing

0 secure · 0 developing · 0 learning

How it is assessed

  • Biology papers 1 and 2Two 1h 15m papers, 70 marks each (16.7% each).
  • Chemistry papers 1 and 2Two 1h 15m papers, 70 marks each (16.7% each).
  • Physics papers 1 and 2Two 1h 15m papers, 70 marks each (16.7% each).
Awarding body specification

Taught lessons

Textbook-style lessons written for this course: explanation, a worked model answer, then marked checks.

GCSE biology: cells, organisation and bioenergetics

Cell structure and transport, enzymes and the digestive system, and the bioenergetics of photosynthesis and respiration.

GCSE biology: inheritance, variation and ecology

Meiosis and genetic crosses, evidence for evolution, and interdependence and human impact in ecosystems.

GCSE chemistry: atomic structure and bonding

Atoms, isotopes and electronic structure, periodic trends, and how ionic, covalent and metallic bonding explain properties.

GCSE chemistry: quantitative chemistry and chemical change

Relative formula mass and moles, conservation of mass in calculations, reactivity, acids and electrolysis.

GCSE physics: energy and electricity

Energy stores, transfers and efficiency, and current, potential difference, resistance and power in circuits.

GCSE physics: forces, motion and waves

Newton's laws and motion graphs, stopping distances and momentum, and the properties and behaviour of waves.

Exam-style practice papers

Trilogy practice paper: mixed sciences

A mixed paper sampling biology, chemistry, physics and required practical skills.

All six papers7 questions24 marks35 min guideNo timer

Not yet attempted.

Sit this paper

Specification content and progress

Biology Paper 1

  • Biology 4.1–4.4Cells to bioenergeticsNot started

    Cell biology, organisation, infection and response, and bioenergetics as examined in Biology Paper 1.

Biology Paper 2

  • Biology 4.5–4.7Homeostasis to ecologyNot started

    Homeostasis and response, inheritance and variation, and ecology as examined in Biology Paper 2.

Chemistry Paper 1

  • Chemistry 5.1–5.5Atoms to energy changesNot started

    Atomic structure, bonding, quantitative chemistry, chemical changes and energy changes.

Chemistry Paper 2

  • Chemistry 5.6–5.10Rates to resourcesNot started

    Rates and equilibrium, organic chemistry, analysis, the atmosphere and using resources.

Physics Paper 1

  • Physics 6.1–6.4Energy to atomic structureNot started

    Energy, electricity, particle model and atomic structure.

Physics Paper 2

  • Physics 6.5–6.7Forces to electromagnetismNot started

    Forces, waves, and magnetism and electromagnetism.

All papers

  • Required practicalsTwenty-one required practicalsNot started

    Apparatus and techniques from the required practicals, assessed within the written papers.

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