Physics (9702)

32 个单元 · 96 个章节

免费 Physics (9702) 学习笔记,适合 Cambridge International A Level 学生。每个章节都覆盖一个重点主题,并附例题与可延伸到 thinka app 的练习提示。

Physical quantities and units

AS Level Physics

    Measurement and mechanics

    Kinematics

      A Level Physics

        Materials and waves

        Dynamics

        • Momentum and Newton’s laws of motion

        • Non-uniform motion

        • Linear momentum and its conservation

        Electricity and particle physics

        Forces, density and pressure

        Work, energy and power

        • Energy conservation

        • Gravitational potential energy and kinetic energy

        Further mechanics and thermal physics

        Fields, capacitance and electromagnetism

        Deformation of solids

        Modern physics and applications

        Waves

        Superposition

        Electricity

        • Electric current

        • Potential difference and power

        • Resistance and resistivity

        D.C. circuits

        Particle physics

        • Atoms, nuclei and radiation

        • Fundamental particles

        Motion in a circle

        • Kinematics of uniform circular motion

        • Centripetal acceleration

        Gravitational fields

        • Gravitational field

        • Gravitational force between point masses

        • Gravitational field of a point mass

        Temperature

        • Thermal equilibrium

        • Temperature scales

        • Specific heat capacity and specific latent heat

        Ideal gases

        Thermodynamics

        Oscillations

        • Simple harmonic oscillations

        • Energy in simple harmonic motion

        • Damped and forced oscillations, resonance

        Electric fields

        • Electric fields and field lines

        • Uniform electric fields

        • Electric force between point charges

        • Electric field of a point charge

        • Electric potential

        Capacitance

        • Capacitors and capacitance

        • Energy stored in a capacitor

        • Discharging a capacitor

        Magnetic fields

        • Concept of a magnetic field

        • Force on a current-carrying conductor

        • Force on a moving charge

        • Magnetic fields due to currents

        • Electromagnetic induction

        Alternating currents

        • Characteristics of alternating currents

        • Rectification and smoothing

        Quantum physics

        • Energy and momentum of a photon

        • Photoelectric effect

        • Wave-particle duality

        • Energy levels in atoms and line spectra

        Nuclear physics

        • Mass defect and nuclear binding energy

        • Radioactive decay

        Medical physics

        • Production and use of ultrasound

        • Production and use of X-rays

        • PET scanning

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