Oxford PAT 是申请牛津大学物理、工程类专业所必须的入学笔试，考核内容为数学和物理知识。
易天教育的专项 PAT 辅导课程内容如下，详情请扫描侧栏二维码进行咨询。
Part A Mathematics
| 1. Series | arithmetic & geometric sequences method of difference sequences defined by iteration issues of convergence & divergence |
| 2. Polynomial Functions | sketching polynomial functions reciprocal of polynomial functions polynomial equations, zeroes and remainder binomial expansion absolute value functions |
| 3. Trigonometry | definitions for sine, cosine, tangent functions symmetry, periodicity sketching trigonometric functions trigonometric identities solving trigonometric equations |
| 4. Exponential & Logarithmic Functions | properties of exponential functions properties of logarithmic functions sketching exponential and logarithmic functions solving exponential and logarithmic equations |
| 5. Differentiation | formal definition for derivatives rules of differentiation first derivatives & stationary points second derivatives, concave & convex functions higher derivatives, Taylor expansion |
| 6. Integration | formal definition for integrals Newton-Leibniz formula integration by parts integration by substitution differential equations |
| 7. Geometry | triangles (laws of sine, laws of cosine) quadrilaterals & polygons equations for circles theorems related to circles coordinate transformations solving algebraic problems with geometry |
Part B Physics
| 1. Classical Mechanics (Part I) | kinematics general linear motion (calculus based) projectiles circular motion forces & motion Newton’s laws of motion equilibrium of rigid bodies momentum, collision problems springs pulleys work & energy work-energy theorem (calculus based) conservative forces & potential energies conservation of energy |
| 2. Classical Mechanics (Part II) | gravitational fields Newton’s law of gravitation planetary motion in circular orbits Kepler’s laws simple harmonic motion mass-spring oscillator ideal pendulum |
| 3. Thermal Physics | states of matter ideal gases heat capacity & latent heat |
| 4. Atomic & Nuclear Physics | atomic structure fundamental particles nuclear decays types of decay decay laws |
| 5. Electric Circuits | Kirchhoff’s laws resistors Ohm’s law resistor networks capacitors capacitance capacitor networks energy stored in capacitors charging & discharging processes thermistor, LDR, diode |
| 6. Electromagnetism | electric fields Coulomb’s law electric field due to point charges uniform electric field magnetic fields magnetic fields due to electric currents magnetic force on charged particles magnetic force on current-carrying wires electromagnetic induction Faraday’s law & Lenz’s law generators transformers |
| 7. Waves | wave terminologies superposition of waves superposition principle (mathematical formulation) interference Young’s double-slit experiment diffraction gratings stationary waves |
| 8. Optics | reflection & refraction Snell’s law total internal reflection electromagnetic spectrum |