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Choose a lesson to begin. · ⁨เลือกบทเรียนเพื่อเริ่มต้น⁩

Course units and learning goals · ⁨หน่วยเรียนและวัตถุประสงค์การเรียนรู้⁩ →These lessons teach selected course objectives. Check the remaining coverage gaps; the material is not a complete preparation programme. · ⁨บทเรียนเหล่านี้สอนวัตถุประสงค์หลักสูตรที่เลือกไว้ ตรวจสอบช่องว่างในการครอบคลุมเนื้อหาที่เหลือ วัสดุนี้ไม่ถือเป็นโปรแกรมเตรียมความพร้อมแบบครบถ้วน⁩
1 CM · Classical mechanics 0 / 1
1 Classical mechanics · ⁨กลศาสตร์คลาสสิก⁩
2 EM · Electromagnetism 0 / 1
1 Electromagnetism · ⁨แม่เหล็กไฟฟ้า⁩
3 WO · Waves and optics 0 / 1
1 Waves and optics · ⁨คลื่นและทัศนศาสตร์⁩
4 TS · Thermodynamics and statistical mechanics 0 / 1
1 Thermodynamics and statistical mechanics · ⁨อุณหพลศาสตร์และกลศาสตร์สถิติ⁩
5 QM · Quantum mechanics and atomic physics 0 / 1
1 Quantum mechanics and atomic physics · ⁨กลศาสตร์ควอนตัมและฟิสิกส์อะตอม⁩
6 RA · Relativity, laboratory methods and specialised topics 0 / 1
1 Relativity, laboratory methods and specialised topics · ⁨สัมพัทธภาพ, วิธีการทดลอง และหัวข้อพิเศษ⁩
7 AT · Atomic spectra and selection rules 0 / 1
1 Atomic spectra and selection rules · ⁨สเปกตรัมของอะตอมและกฎการคัดเลือก⁩
8 SN · Solid-state, nuclear and particle models 0 / 1
1 Solid-state, nuclear and particle models · ⁨โมเดลของสารแข็ง, นิวเคลียร์ และอนุภาค⁩
9 AH · Hamiltonian mechanics and astrophysical scaling 0 / 1
1 Hamiltonian mechanics and astrophysical scaling · ⁨กลศาสตร์แฮมิลตันและการปรับขนาดทางดาราศาสตร์⁩
10 CM.1 · Collisions, work and oscillator energy 0 / 1
1 Collisions, work and oscillator energy
11 CM.2 · Rotation, buoyancy and terminal-speed balances 0 / 1
1 Rotation, buoyancy and terminal-speed balances
12 CM.3 · Coupled acceleration and relative motion 0 / 1
1 Coupled acceleration and relative motion
13 EM.1 · Electrostatic superposition, flux and conductors 0 / 1
1 Electrostatic superposition, flux and conductors
14 EM.2 · Circuit power, induction and charged-particle motion 0 / 1
1 Circuit power, induction and charged-particle motion
15 EM.3 · Maxwell waves, energy flow and boundary conditions 0 / 1
1 Maxwell waves, energy flow and boundary conditions
16 WO.1 · Acoustic Doppler echoes and standing-wave boundaries 0 / 1
1 Acoustic Doppler echoes and standing-wave boundaries
17 WO.2 · Optical instruments, path differences and refraction 0 / 1
1 Optical instruments, path differences and refraction
18 WO.3 · Fourier symmetry and wave superposition 0 / 1
1 Fourier symmetry and wave superposition
19 TS.1 · Gas processes, entropy and reversible cycles 0 / 1
1 Gas processes, entropy and reversible cycles
20 TS.2 · Speed distributions and statistical ensembles 0 / 1
1 Speed distributions and statistical ensembles
21 LM.1 · Counting statistics, uncertainty and dimensional models 0 / 1
1 Counting statistics, uncertainty and dimensional models
22 RA.1 · Relativistic lifetime, energy and Doppler shift 0 / 1
1 Relativistic lifetime, energy and Doppler shift
23 AT.1 · Photoelectrons, reduced mass and atomic excitation 0 / 1
1 Photoelectrons, reduced mass and atomic excitation
24 QM.1 · Scattering, degeneracy and Pauli operators 0 / 1
1 Scattering, degeneracy and Pauli operators
25 SN.1 · Nuclear binding, particle families and Hall carriers 0 / 1
1 Nuclear binding, particle families and Hall carriers
26 CM.4 · Constraints, variational equations and cyclic coordinates 0 / 1
1 Constraints, variational equations and cyclic coordinates
27 CM.5 · Accelerating and rotating reference frames 0 / 1
1 Accelerating and rotating reference frames
28 CM.6 · Fluid continuity, pressure energy and viscous flow 0 / 1
1 Fluid continuity, pressure energy and viscous flow
29 EM.4 · Polarisation, magnetisation and material fields 0 / 1
1 Polarisation, magnetisation and material fields
30 EM.5 · RC and RL transients, impedance and resonance 0 / 1
1 RC and RL transients, impedance and resonance
31 WO.4 · Polarisation, analyser chains and phase 0 / 1
1 Polarisation, analyser chains and phase
32 WO.5 · Diffraction envelopes and missing interference orders 0 / 1
1 Diffraction envelopes and missing interference orders
33 WO.6 · Signed lens and mirror images 0 / 1
1 Signed lens and mirror images
34 TS.3 · Thermal transport, calorimetry and expansion 0 / 1
1 Thermal transport, calorimetry and expansion
35 TS.4 · Partition derivatives, energy fluctuations and heat capacity 0 / 1
1 Partition derivatives, energy fluctuations and heat capacity
36 TS.5 · Quantum occupations and limits of equipartition 0 / 1
1 Quantum occupations and limits of equipartition
37 QM.2 · Weak perturbations and degenerate subspaces 0 / 1
1 Weak perturbations and degenerate subspaces
38 QM.3 · Exchange symmetry, spin pairs and Pauli exclusion 0 / 1
1 Exchange symmetry, spin pairs and Pauli exclusion
39 QM.4 · Finite-well bound states and hydrogenic quantum numbers 0 / 1
1 Finite-well bound states and hydrogenic quantum numbers
40 AT.2 · Atomic field shifts and spectral differences 0 / 1
1 Atomic field shifts and spectral differences
41 AT.3 · Thermal spectra and one-electron scaling 0 / 1
1 Thermal spectra and one-electron scaling

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IGCSE, A-Level & AP