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CSCA Official Physics Matrix

1

Mechanics Basics & Kinematics

Chapter 1

Mastery: 0%

The foundation of physics. Understand forces, motion, and master kinematics models.

1.1 Forces and Common Forces
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1.2 Composition and Resolution of Forces
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1.3 Basics of Motion and Linear Motion
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1.4 Uniformly Accelerated Linear Motion & Free Fall
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1.5 Uniform Circular Motion
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2

Dynamics & Momentum

Chapter 2

Mastery: 0%

Analyze the causes of motion. Master Newton's Laws and Momentum Theorems.

2.1 Newton's Laws of Motion
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2.2 Impulse and Momentum Theorem
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2.3 Law of Conservation of Momentum
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3

Work & Mechanical Energy

Chapter 3

Mastery: 0%

Core principles of energy transformation. Master the Work-Energy Theorem and Conservation of Energy.

3.1 Work and Power
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3.2 Kinetic Energy and Work-Energy Theorem
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3.3 Potential Energy and Conservation of Mechanical Energy
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4

Electric Field & DC Circuits

Chapter 4

Mastery: 0%

The starting point of electromagnetism. Deep dive into electric fields, potential difference, and circuits.

4.1 Charge and Coulomb's Law
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4.2 Electric Field and Field Strength
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4.3 Potential Difference and Electric Potential
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4.4 Circuit Basics and Ohm's Law
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4.5 Series and Parallel Circuits
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5

Magnetic Field & Electromagnetic Induction

Chapter 5

Mastery: 0%

Transformation between electricity and magnetism. Master Ampere's Law and Electromagnetic Induction.

5.1 Magnetic Field and Ampere's Law
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5.2 Magnetic Induction and Left-Hand Rule
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5.3 Law of Electromagnetic Induction
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6

Mechanical Vibrations & Waves

Chapter 6

Mastery: 0%

Periodic motion and energy propagation. Understand simple harmonic motion and wave properties.

6.1 Simple Harmonic Motion
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6.2 Basics of Mechanical Waves
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6.3 Wavelength, Frequency, and Wave Speed
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7

Basics of Thermodynamics & Optics

Chapter 7

Mastery: 0%

Macroscopic statistics and light propagation. Master ideal gas laws and the speed of light.

7.1 Equation of State for Ideal Gas
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7.2 Rectilinear Propagation of Light and Speed of Light
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8

[Elective I] Mechanics, Thermo & Vib. Ext.

Chapter 8

Mastery: 0%

Advanced extension for high-level physics phenomena including centripetal forces and pendulums.

8.1 Calculation of Centripetal Force (*)
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8.2 Simple Pendulum (*)
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8.3 Molecular Thermal Motion (*)
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9

[Elective II] Advanced Electromagnetism

Chapter 9

Mastery: 0%

Deep electromagnetism challenges. From electrostatic equilibrium to particle motion in magnetic fields.

9.1 Conductors and Electrostatic Equilibrium (*)
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9.2 Capacitors and Capacitance (*)
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9.3 Ohm's Law for Closed Circuits (*)
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9.4 Motion of Charged Particles in Magnetic Fields (*)
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9.5 Lenz's Law (*)
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