Syllabus

CSCA Chemistry Syllabus

The CSCA chemistry syllabus explains the 2025 chemistry exam format, content modules, and preparation scope for medicine, life science, and chemistry-related undergraduate routes.

What this CSCA chemistry syllabus covers

The CSCA chemistry syllabus gives students a practical map of the 2025 chemistry exam. It explains the format, topic groups, and the kind of chemical understanding expected before undergraduate study in China.

Students targeting medicine, biology, chemistry, chemical engineering, materials, or environmental engineering routes where chemistry content matters directly.

Duration

60 minutes

Total Score

100 points

Language

Chinese or English

Question Type

48 multiple-choice questions

Quick reading

Basic chemical concepts and calculations: This part of the CSCA chemistry syllabus establishes the symbolic and quantitative basics used across the rest of the exam.

Properties and reactions of substances: The CSCA chemistry syllabus then moves into common substances and the reaction logic students must recognize quickly.

Chemical theories and laws: This module checks whether students can connect chemistry facts to a deeper theoretical structure.

Core modules in the CSCA chemistry syllabus

Basic chemical concepts and calculations

This part of the CSCA chemistry syllabus establishes the symbolic and quantitative basics used across the rest of the exam.

Classification and state changes of matter

Chemical notation and equation writing

Solution concentration and pH calculations

Amount of substance calculations and the ideal gas law

Properties and reactions of substances

The CSCA chemistry syllabus then moves into common substances and the reaction logic students must recognize quickly.

Properties of common inorganic substances, including elements, oxides, acids, bases, and salts

Basic organic compounds and their derivatives

Redox reactions

Ionic reactions and testing methods

Chemical theories and laws

This module checks whether students can connect chemistry facts to a deeper theoretical structure.

Atomic structure and periodic law

Chemical bonds and intermolecular forces

Reaction rate and chemical equilibrium

Theories of electrolyte solutions

Chemical experiments and applications

The applied side of the CSCA chemistry syllabus tests whether students can understand laboratory settings and real process contexts.

Laboratory safety and apparatus use

Preparation and identification of common gases

Separation and purification methods

Industrial chemical process analysis such as ammonia synthesis

What this syllabus means for preparation

Use the CSCA chemistry syllabus to group study by concept, reaction logic, theory, and experiment rather than memorizing isolated fragments.

Students on medicine routes should treat chemistry as a scoring subject, not a last-minute supplement.

Start mock-test practice after the formula, reaction, and experiment framework already feels familiar.

Where to go next

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

Chemistry Subject Page Chemistry Mock Tests Chemistry Mock Pack Medicine Route

Who should study the CSCA chemistry syllabus carefully?

Students applying to medicine, life science, chemistry, or related engineering pathways should study the CSCA chemistry syllabus closely because it defines the real content scope.

Does the CSCA chemistry syllabus include experiments?

Yes. The 2025 CSCA chemistry syllabus includes a full module on chemical experiments and applications, including safety, apparatus, gas preparation, separation, and process analysis.

Should chemistry preparation start from the syllabus or from mock questions?

It should start with the syllabus so you understand the topic map first. Mock questions become more useful after the core structure is already clear.