A-Level Chemistry AQA 7405

Specification

Here is a summary of the AQA AS and A-level Chemistry Specification:


Overview

  • Exam Board: AQA
  • Specification Codes: AS (7404) / A-level (7405)
  • First Teaching: From 2015
  • First Exams: 2016 onwards
  • Assessment: Linear (all exams at end of course)

Course Structure

Three Core Disciplines

  1. Physical Chemistry
    • Atomic structure, bonding, energetics, kinetics, equilibria, thermodynamics (A-level), electrochemistry (A-level), acids/bases (A-level).
  2. Inorganic Chemistry
    • Periodicity, Group 2 & 7, transition metals (A-level), reactions of ions in aqueous solution (A-level).
  3. Organic Chemistry
    • Alkanes, alkenes, alcohols, halogenoalkanes, analysis, spectroscopy, polymers (A-level), biochemistry (A-level), organic synthesis (A-level).

Assessment Format

AS Level (2 papers)

  • Paper 1: Physical + Inorganic Chemistry (1.5h, 80 marks)
  • Paper 2: Physical + Organic Chemistry (1.5h, 80 marks)
  • No practical endorsement (skills assessed in written papers).

A-level (3 papers)

  • Paper 1: Physical + Inorganic Chemistry (2h, 105 marks)
  • Paper 2: Physical + Organic Chemistry (2h, 105 marks)
  • Paper 3: Synoptic content + practical skills/data analysis (2h, 90 marks)
  • Practical Endorsement: Separate teacher-assessed competency (pass/fail).

Practical Work

AS: 6 required practicals

  • E.g., titration, enthalpy measurement, qualitative analysis, distillation.

A-level: 12 required practicals

  • Adds rate determination, electrochemical cells, pH curves, chromatography, organic synthesis.

Skills Assessed

  • Apparatus handling, data analysis, experimental design, safety.
  • 15% of written exam marks relate to practical skills.

Mathematical Requirements

  • ≥20% of exam marks involve maths.
  • Skills include: unit conversions, logarithms, graphs, algebra, geometry (molecular shapes).
  • Equivalent to GCSE Higher Tier standard.

Key Features

  • Co-teachable: AS content is a subset of A-level.
  • Emphasis on practicals: “Practical work at the heart of chemistry.”
  • Real-world relevance: Applied contexts, environmental/industrial examples.
  • Skills development: Problem-solving, data interpretation, independent research.
Notice
This page includes a summary of the official specification. While we've made every effort to ensure accuracy, StudyDex is not affiliated with the awarding body. Please refer to the official specification PDF for the most accurate and up-to-date information.