Syllabus

CSCA Physics Syllabus

The CSCA physics syllabus outlines the 2025 exam format, physics content modules, and preparation scope for students targeting engineering and other STEM-heavy routes.

What this CSCA physics syllabus covers

The CSCA physics syllabus shows how the 2025 physics exam is built and which topic groups matter most for route preparation. It is especially important for students whose target programs require stronger science readiness.

Students applying to engineering, computing, materials, or other science and engineering programs where physics may be required or strongly recommended.

Duration

60 minutes

Total Score

100 points

Language

Chinese or English

Question Type

48 multiple-choice questions

Quick reading

Mechanics: Mechanics is the largest anchor in the CSCA physics syllabus and covers motion, force, energy, and wave-related reasoning.

Electromagnetism: The electromagnetism module in the CSCA physics syllabus checks both conceptual understanding and calculation patterns.

Thermodynamics: Thermodynamics in the CSCA physics syllabus is compact but foundational for interpreting state, heat, and gas behavior.

Core modules in the CSCA physics syllabus

Mechanics

Mechanics is the largest anchor in the CSCA physics syllabus and covers motion, force, energy, and wave-related reasoning.

Displacement, velocity, acceleration, uniform acceleration, and free fall

Newton's laws and their applications

Momentum, impulse, and conservation of momentum

Work, energy, conservation of mechanical energy, circular motion, gravitation, simple harmonic motion, and mechanical waves

Electromagnetism

The electromagnetism module in the CSCA physics syllabus checks both conceptual understanding and calculation patterns.

Coulomb's law, electric field strength, and electric potential

Ohm's law and series or parallel circuits

Magnetic induction, Ampere's force, and Lorentz force

Faraday's law and Lenz's law

Thermodynamics

Thermodynamics in the CSCA physics syllabus is compact but foundational for interpreting state, heat, and gas behavior.

Kinetic theory of gases

Ideal gas equation of state

First law of thermodynamics

Optics and modern physics

The later part of the CSCA physics syllabus expands into optical reasoning and introductory modern physics.

Reflection and refraction

Interference and diffraction

Photoelectric effect, atomic structure, and fundamentals of nuclear physics

What this syllabus means for preparation

Use the CSCA physics syllabus to confirm whether physics is a true route requirement before committing to deeper practice packs.

Mechanics and electromagnetism usually deserve the most review time.

Pair concept review with timed mock practice instead of separating them too late.

Where to go next

After reading this CSCA physics syllabus, move into the matching subject page, route page, or mock-test layer so the syllabus turns into action instead of staying theoretical.

Physics Subject Page Physics Mock Tests Physics Mock Pack Engineering Route

Who needs the CSCA physics syllabus?

Students targeting engineering and other science-heavy pathways should read the CSCA physics syllabus early, especially if university requirements mention physics directly.

Is the CSCA physics syllabus bilingual?

Yes. The 2025 CSCA physics exam syllabus states that the exam can be taken in Chinese or English.

Should I use the syllabus before buying a physics mock pack?

Yes. The syllabus helps confirm route fit and content scope first. Mock packs become more useful after the topic structure is already clear.