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11.1 Rotational dynamics

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Use of SI Units & Their Prefixes

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Limitation of Physical Measurements

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9.2 Classification of stars

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4.2 Materials

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2.2 Electromagnetic radiation and quantum phenomena

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13.3 Analogue signal processing

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7.2 Gravitational fields

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10.2 Physics of the Ear

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3.2 Refraction, diffraction and interference

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12.2 Wave-particle duality

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11.2 Thermodynamics and engines

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Atomic Structure & Decay Equations

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Classification of Particles

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Conservation Laws & Particle Interactions

Physics Edexcel

The Photoelectric Effect

Physics Edexcel

Energy Levels & Photon Emission

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12.3 Special relativity

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10.3 Biological Measurement

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13.4 Operational amplifier

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9.3 Cosmology

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7.3 Electric fields

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Longitudinal & Transverse Waves

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Stationary Waves

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Interference

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Diffraction

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Refraction

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7.4 Capacitance

Physics Edexcel

10.4 Non-ionising Imaging

Physics Edexcel

13.5 Digital signal processing

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Scalars & Vectors

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Moments

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Equations of Motion

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Newtons Laws of Motion

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Linear Momentum & Conservation

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Work, Energy & Power

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Bulk Properties of Solids

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The Young Modulus

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7.5 Magnetic fields

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13.6 Data communication systems

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10.5 X-ray Imaging

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Current–Voltage Characteristics

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Resistance & Resistivity

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Circuits & The Potential Divider

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Electromotive Force & Internal Resistance

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10.6 Radionuclide Imaging and Therapy

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Circular Motion

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Simple Harmonic Motion

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Forced Vibrations & Resonance

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Thermal Energy Transfer

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Ideal Gases

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Molecular Kinetic Theory Model

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Alternating Currents & Transformers

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Orbits of Planets & Satellites

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Capacitance

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Capacitor Charge & Discharge

Physics Edexcel

Magnetic Fields

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Electromagnetic Induction

Physics Edexcel

Alpha, Beta & Gamma Radiation

Physics Edexcel

Radioactive Decay

Physics Edexcel

Nuclear Instability & Radius

Physics Edexcel

Nuclear Fusion & Fission

Physics Edexcel

Telescopes

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Classification of Stars

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Cosmology

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Rotational Dynamics

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Thermodynamics & Engines

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The Discovery of the Electron

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Wave Particle Duality

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Special Relativity

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