A-Level Physics EDEXCEL Year 2
flashcards
Decks in class (90)
# Cards
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1.1 Impulse and Momentum16
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1.2 Work and Energy11
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1.3 Elastic and Inelastic Collisions4
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1.4 Collisions in 2 Dimensions9
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1.5 Rockets and Jets0
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4.1 Electric Fields Intro10
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4.2 Electric Field Strength10
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4.3 Uniform Electric Field5
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4.4 Use of electrostatics in the real world21
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4.5 Radial Electric Fields18
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4.6 Coulomb's Law13
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4.7 Potential Gradient and Electric Potential23
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4.8 Difference between Electric and Gravitational Fields8
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4.E Millikan's Oil Drop Experiment9
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5.1 What are capacitors17
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5.2 Energy storage by capacitors10
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5.3 Capacitors in the real world9
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5.6 Capacitor Discharge11
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5.E Charging a capacitor10
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6.1 Magnetic Fields Introduction17
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6.2 Magnetic Flux Density33
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6.4 + 6.5 F = BQV and electron beams23
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6.6 Changing Magnetic Flux18
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6.7 Electromagnetic Induction - Intro + Faradays Law14
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6.7 Electromagnetic Induction - Lenz Law20
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6.7E Extra Equations and Graphs for Electromagnetic Induction8
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6.8 AC and transformers34
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7.1 Language of the Atom20
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7.2 Alpha Particle Scattering16
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7.3 Thermionic Emission16
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7.4 Equations for radius of circular motion of charged particles in magnetic field8
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7.5 Cyclotron26
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7.6 Linear Accelerators11
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7.7 Particle Detectors31
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7.8 Einstein's Equation13
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8.1 Quarks Introduction12
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8.2 Matter and Anti-Matter9
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8.3 Other Mass Units10
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8.4 Creation and Annihilation of Matter21
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8.5 Standard Model - Time Dilation4
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8.5 The Standard Model - Leptons22
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8.5 Standard Model - Quarks19
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8.6 Mesons and Baryons26
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9.2 Background Radiation20
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9.3 Dangers Of Radiation6
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9.4 Ionising Radiation40
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9.5 Disintegration Processes34
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9.6 Nature of Radioactive Decay12
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9.7 Half Life - NC19
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10.1 Heating,Temperature and Internal Energy13
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10.2 Units of Temperature12
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10.3 Specific Heat Capacity8
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10.4 Measuring specific heat capacity20
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12.1 Pressure20
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12.2 Ideal Gas Basics and Boyle's Law26
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12.2 Pressure Law14
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12.2 Charles' Law11
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12.3 Equation of state for an ideal gas NC18
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12.4 Kinetic Theory6
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12.5 Kinetic Model of Temperature (equations for pressure of an ideal gas on the walls of container and internal energy of an ideal gas)20
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13.1 Trigonometric Parallax10
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13.2 Luminosity And Flux7
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13.3 Standard Candles17
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13.4 Hertzsprung - Russel Diagram and Star Life Cycle27
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13.5 Light from the stars9
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14.5 Doppler Effect + Hubble Constant24
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5.E (all of 5.4-5.6) Capacitor Maths14
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5.E Core Practical On Capacitors0
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11.2 NC0
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11.3 NC0
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11.4 NC2
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11.5 NC0
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15.1 Simple Harmonic Motion15
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15.2 Springs and SHM22
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15.3 Pendulums and SHM10
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15.4 Equations of Simple Harmonic Motion24
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3.1 Uniform Gravitational Fields25
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3.2 Newton's Law of Universal Gravitation20
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3.3 Radial Gravitational Fields9
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3.4 Gravitational Field and Potential10
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15.5 Energy is Simple Harmonic Motion11
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15.6 Free,Damped and Forced Oscillations21
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15.7 Resonance25
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2.1 Circular Motion Introduction21
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2.2 Centripetal Forces19
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2.3 Apparent Weightlessness4
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14.3 Fission13
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14.4 Fusion (and Stellar Fusion)10
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14.2 Nuclear Binding Energy17
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14.1 How do stars begin?6
