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CSCA Physics: Advanced Syllabus, Mock Exams & Study GuideCSCA 物理考试：权威复习大纲、历年真题与备考指南

Excel in CSCA Physics. Study mechanics, electromagnetism & thermodynamics. Diagnostic mock tests with formula explanations on CSCA Space.系统复习 CSCA 物理。掌握经典力学、电磁学、波与现代物理核心考点。提供带在线手写受力分析与详细公式解答的历年真题模拟题库。

30hStudy Workload
380+Practice Bank
91.8%Student Success
AdvancedSubject Level

CSCA Physics Syllabus & Core Topics/CSCA 物理考试大纲与核心考点

01
Classical Mechanics: Kinematics, Newton's laws of motion, work-energy theorem, conservation of momentum, torque, rotational equilibrium.
经典力学：运动学、牛顿运动定律、动能定理与机械能守恒、动量守恒定理、力矩与刚体平衡。
02
Electromagnetism: Coulomb's law, electric field intensity, electric potential, Ohm's law, DC circuits, magnetic fields, electromagnetic induction.
电磁学：库仑定律、电场强度与电势、欧姆定律、复杂直流电路、磁场与洛伦兹力、电磁感应定律。
03
Thermodynamics & Kinetic Theory: Gas laws, first law of thermodynamics, heat engines, microscopic description of temperature.
热学与分子动理论：理想气体状态方程、热力学第一定律、热机效率、温度的微观本质分析。
04
Optics & Modern Physics: Refraction, wave interference, photoelectric effect, atomic orbits, nuclear decay equations.
光学与现代物理：折射与全反射、光的干涉衍射、光电效应、玻尔氢原子能级、衰变方程。

CSCA Physics Preparation Strategy/CSCA 物理如何高效备考与复习

Use our stylus drawing board to construct free-body diagrams for mechanics equations.
利用平台手写画板绘制受力分析图与电路图，直观梳理力学与电学方程。
Memorize SI units and typical order-of-magnitude estimates to eliminate incorrect choices fast.
熟记国际标准单位（SI）与典型物理量的数量级估计，快速排除错误选项。
Derive key physical equations (like range equations or orbital velocities) from first principles.
从基本原理出发，推导核心物理公式（如射程公式、轨道速度公式等），加深理解。
Understand the conceptual boundaries between classical mechanics and quantum concepts.
理清经典力学与现代量子物理概念的适用边界与核心差异。
ADAPTIVE SAMPLE
A block of mass is sliding down a frictionless incline at angle . What is the acceleration of the block down the incline?
一质量为 的物体在倾角为 的光滑斜面上向下滑动。该物体沿斜面向下的加速度为多少？
Select the most accurate derivation choice

CSCA Past Papers & Simulation

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Frequently Asked Questions

All you need to know about the CSCA assessment & prep

You need a solid grasp of algebra, geometry, and basic calculus (simple derivatives and integrals) to solve rate-of-change and kinematics questions.

考生需要具备扎实的代数、几何及基础微积分知识（能进行简单的求导和积分计算），以解决变化率及运动学方程问题。

It consists of 15-20 multiple choice questions focusing on force analysis, mechanics, and electricity layouts.

物理部分由15-20道单项选择题组成，重点考察受力分析、力学定理以及电磁电路的计算。

Start with mechanics, as it builds the mathematical tools and force analysis skills required to understand electromagnetism and thermodynamics.

建议从经典力学开始复习，因为力学能帮助您建立数学建模和受力分析的扎实功底，这是后续学习电磁学和热学的基础。

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Frequently Asked Questions: CSCA Physics Prep — Past Papers & Mechanics

Authoritative answers on CSCA PHYSICS examination scope, calculator policies, time budgeting, and grading rubrics.

What math is needed for CSCA Physics?
+

You need a solid grasp of algebra, geometry, and basic calculus (simple derivatives and integrals) to solve rate-of-change and kinematics questions.

CSCA 物理考试需要哪些数学基础？: 考生需要具备扎实的代数、几何及基础微积分知识（能进行简单的求导和积分计算），以解决变化率及运动学方程问题。

How is the physics section structured?
+

It consists of 15-20 multiple choice questions focusing on force analysis, mechanics, and electricity layouts.

物理部分题型是如何设置的？: 物理部分由15-20道单项选择题组成，重点考察受力分析、力学定理以及电磁电路的计算。

What is the recommended study sequence?
+

Start with mechanics, as it builds the mathematical tools and force analysis skills required to understand electromagnetism and thermodynamics.

推荐的复习顺序是什么？: 建议从经典力学开始复习，因为力学能帮助您建立数学建模和受力分析的扎实功底，这是后续学习电磁学和热学的基础。

CSCA Physics Prep — Past Papers & Mechanics Official Curriculum Masterclasses

Direct access to all accredited syllabus nodes, lesson breakdowns, and examiner traps.

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Ch.1.1.1Beginner

Kinematics & Newton's Laws of Motion

Displacement, velocity, acceleration vectors, uniform acceleration formulas, free-fall motion, and Newton's three laws.

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Ch.1.1.2Intermediate

Momentum, Impulse & Collisions

Linear momentum, impulse theorem, elastic and inelastic 1D/2D collisions, and internal explosion dynamics.

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Ch.1.1.3Intermediate

Work, Energy & Mechanical Conservation

Work done by constant and variable forces, power equations, work-energy theorem, and mechanical energy conservation.

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Ch.1.1.4Intermediate

Circular Motion & Universal Gravitation

Centripetal acceleration, angular velocity, Kepler's planetary laws, orbital speed, and escape velocity.

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Ch.1.1.5Intermediate

Simple Harmonic Motion & Mechanical Waves

Restoring force kinematics, spring-mass and pendulum periods, transverse wave propagation, and wavelength equation.

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Ch.2.2.1Intermediate

Electrostatics & Direct Current Circuits

Coulomb's law, electric field strength, electric potential, Ohm's law, and series-parallel resistance networks.

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Ch.2.2.2Intermediate

Magnetic Fields, Ampere Force & Lorentz Force

Magnetic flux density B, Ampere force on current-carrying wires, and Lorentz force on charged particles.

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Ch.2.2.3Advanced

Electromagnetic Induction: Faraday's & Lenz's Laws

Magnetic flux change, induced EMF, motional EMF for moving conductors, and direction analysis via Lenz's law.

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Ch.3.3.1Intermediate

Kinetic Theory of Gases & First Law of Thermodynamics

Microscopic molecular motion, RMS velocity, ideal gas law PV=nRT, and internal energy changes Delta U = Q + W.

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Ch.4.4.1Beginner

Geometrical Optics: Reflection, Refraction & TIR

Laws of reflection, Snell's law of refraction, refractive index, critical angle, and total internal reflection.

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Ch.4.4.2Intermediate

Physical Optics: Interference & Diffraction

Coherent light sources, Young's double-slit fringe spacing formula, and single-slit diffraction patterns.

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Ch.5.5.1Intermediate

Photoelectric Effect, Atomic Structure & Nuclear Physics

Work function, stopping potential, Bohr quantized energy levels, alpha/beta/gamma decays, mass defect, and binding energy.

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CSCA Physics Prep — Past Papers & Mechanics Formula Permapages & Proofs (17)

Canonical LaTeX definitions, SymPy-verified mathematical derivations, and misconception traps.

View All 58 Formulas →
Kinematics Equations under Constant AccelerationMechanics

匀变速直线运动规律与位移公式

$\[ v = v_0 + at, \quad s = v_0 t + \frac{1}{2} a t^2, \quad v^2 - v_0^2 = 2as \]$→
Newton's Second Law of MotionMechanics

牛顿第二运动定律

$\[ \sum \mathbf{F} = m\mathbf{a} \]$→
Momentum, Impulse & Law of Conservation of MomentumMechanics

动量定理与动量守恒定律

$\[ \mathbf{I} = \mathbf{F}\Delta t = \Delta \mathbf{p}, \quad m_1 \mathbf{v}_1 + m_2 \mathbf{v}_2 = m_1 \mathbf{v}_1' + m_2 \mathbf{v}_2' \]$→
Work-Energy Theorem & Conservation of Mechanical EnergyMechanics

动能定理与机械能守恒定律

$\[ W_{\text{net}} = \Delta E_k = \frac{1}{2}mv_2^2 - \frac{1}{2}mv_1^2, \quad E_{k1} + E_{p1} = E_{k2} + E_{p2} \]$→
Uniform Circular Motion & Law of Universal GravitationMechanics

匀速圆周运动与万有引力定律

$\[ F_c = m\frac{v^2}{r} = m\omega^2 r, \quad F_g = G\frac{Mm}{r^2} = m\frac{v^2}{r} \implies v = \sqrt{\frac{GM}{r}} \]$→
Simple Harmonic Motion & Mechanical Wave SpeedMechanics

简谐运动周期与机械波传播公式

$\[ T = 2\pi \sqrt{\frac{L}{g}}, \quad v = \frac{\lambda}{T} = \lambda f \]$→
Coulomb's Law & Electric Field StrengthElectromagnetism

库仑定律与电场强度公式

$\[ F = k_e \frac{|q_1 q_2|}{r^2}, \quad E = \frac{F}{q} = k_e \frac{Q}{r^2}, \quad U = Ed \]$→
Ohm's Law & Closed Circuit EMF EquationElectromagnetism

闭合电路欧姆定律与电功率公式

$\[ I = \frac{E}{R + r}, \quad U = E - Ir, \quad P = UI = I^2 R \]$→
Lorentz Force & Magnetic Ampere ForceElectromagnetism

安培力与洛伦兹力公式

$\[ F_{\text{Ampere}} = BIL\sin\theta, \quad F_{\text{Lorentz}} = qvB\sin\theta, \quad r = \frac{mv}{qB} \]$→
Faraday's Law of Induction & Motional EMFElectromagnetism

法拉第电磁感应定律与动生电动势

$\[ E = n\frac{\Delta \Phi}{\Delta t}, \quad E = BLv\sin\theta \]$→
AC Series RLC Circuit Impedance & PhasorElectromagnetism

交变电流RLC串联电路阻抗与相量公式

$\[ Z = \sqrt{R^2 + (X_L - X_C)^2}, \quad \tan\theta = \frac{X_L - X_C}{R} \]$→
AC Active Power & Power Factor FormulaElectromagnetism

交流电路有功功率与功率因数公式

$\[ P = UI\cos\varphi, \quad \cos\varphi = \frac{R}{Z} = \frac{R}{\sqrt{R^2 + (X_L - X_C)^2}} \]$→
First Law of Thermodynamics & Ideal Gas LawThermodynamics

热力学第一定律与理想气体状态方程

$\[ \Delta U = Q + W, \quad \frac{P_1 V_1}{T_1} = \frac{P_2 V_2}{T_2} \]$→
Snell's Law of Refraction & Total Internal ReflectionOptics

光的折射定律与全反射临界角公式

$\[ n = \frac{c}{v} = \frac{\sin\theta_1}{\sin\theta_2}, \quad \sin C = \frac{1}{n} \]$→
Young's Double-Slit Interference Fringe SpacingOptics

双缝干涉条纹间距公式

$\[ \Delta x = \frac{L}{d}\lambda \]$→
Einstein's Photoelectric Effect & Photon EnergyModern Physics

光电效应方程与光子能量公式

$\[ E_{\text{photon}} = h\nu, \quad E_{k\max} = h\nu - W_0 = eU_c \]$→
Bohr Hydrogen Energy Levels & Mass-Energy EquivalenceModern Physics

玻尔氢原子能级跃迁与质能方程

$\[ E_n = \frac{E_1}{n^2} \quad (E_1 = -13.6\text{ eV}), \quad h\nu = E_m - E_n, \quad \Delta E = \Delta m c^2 \]$→