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Overview of Cambridge IGCSE Physics 0625 Syllabus

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  • The Cambridge IGCSE Physics 0625 syllabus is designed for students aged 14 to 16 and provides a foundation in key physics concepts and skills.

  • Key aims include acquiring scientific knowledge, developing experimental skills, using scientific data for problem-solving, and understanding the impact of science on people and the environment.

  • The syllabus covers six main topics:

    • Motion, forces, and energy

    • Thermal physics

    • Waves

    • Electricity and magnetism

    • Nuclear physics

    • Space physics

  • Assessment is divided into Core and Extended levels, with both including multiple-choice and theory papers. Practical skills are assessed through either a practical test or an alternative to practical paper.

  • Core assessment:

    • Paper 1: Multiple Choice (Core) – 40 questions, 45 minutes, 30% of total marks

    • Paper 3: Theory (Core) – structured and short-answer questions, 1 hour 15 minutes, 50% of total marks

  • Extended assessment:

    • Paper 2: Multiple Choice (Extended) – 40 questions, 45 minutes, 30% of total marks

    • Paper 4: Theory (Extended) – structured and short-answer questions, 1 hour 15 minutes, 50% of total marks

  • Practical assessment:

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

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

  • Assessment objectives focus on:

    • Knowledge and understanding of scientific facts, concepts, and theories

    • Handling information and problem-solving, including interpreting data and applying concepts to new situations

    • Experimental skills and investigations, such as planning experiments, analyzing data, and evaluating methods

  • The syllabus encourages learners to be confident, responsible, reflective, innovative, and engaged in scientific inquiry.

  • Mathematical requirements include familiarity with basic algebra, geometry, and the use of scientific notation and units. Example equation in MathML: v=u+at (final velocity = initial velocity + acceleration × time).

  • The course prepares students for further study in physics and related sciences, and is recognized by universities and employers worldwide.

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