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Overview of Cambridge IGCSE Chemistry 0620 Syllabus

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Tailored notes based on your materials, expanded with key definitions, examples, and context.

  • The Cambridge IGCSE Chemistry 0620 syllabus provides a comprehensive foundation in chemistry for students aged 14 to 16, preparing them for further study and practical application.

  • Key aims include acquiring scientific knowledge, developing experimental skills, using scientific data to solve problems, and understanding the impact of chemistry on people and the environment.

  • The syllabus emphasizes transferable skills such as scientific thinking, analysis, problem-solving, and effective communication using scientific terminology and conventions.

  • Major topics covered are:

    • States of matter

    • Atoms, elements, and compounds

    • Stoichiometry

    • Electrochemistry

    • Chemical energetics

    • Chemical reactions

    • Acids, bases, and salts

    • The Periodic Table

    • Metals

    • Chemistry of the environment

    • Organic chemistry

    • Experimental techniques and chemical analysis

  • Assessment is divided into Core and Extended levels, with both including multiple-choice and theory papers, as well as practical or alternative-to-practical assessments.

  • Core assessment:

    • Paper 1: Multiple Choice (Core) – 40 marks, 30% of total

    • Paper 3: Theory (Core) – 80 marks, 50% of total

  • Extended assessment:

    • Paper 2: Multiple Choice (Extended) – 40 marks, 30% of total

    • Paper 4: Theory (Extended) – 80 marks, 50% of total

  • Practical assessment options:

    • Paper 5: Practical Test – 1 hour 15 minutes, 40 marks, 20% of total

    • Paper 6: Alternative to Practical – 1 hour, 40 marks, 20% of total

  • The syllabus encourages students to be confident, responsible, reflective, innovative, and engaged learners, equipping them for academic and professional success.

  • Mathematical skills, data analysis, and safe laboratory practices are integral to the curriculum.

  • Key equations and concepts such as stoichiometry, chemical reactions, and energetics are included, for example:

    • n=mM (amount of substance in moles, where n = moles, m = mass, M = molar mass)

    • Q=mcΔT (heat energy change, where Q = heat, m = mass, c = specific heat capacity, ΔT = temperature change)

  • The curriculum is internationally recognized and valued by universities and employers, supporting progression to advanced chemistry studies.

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