Menus Whiteboard Physics: A-Level LessonsSection 1: Particles and radiation1 Matter and radiation📃 Matter and radiation notes🎬 1 Inside the atom🎬 2 Stable and unstable nuclei🎬 3 Photons🎬 4 Particles and antiparticles🎬 5 Particle interactions2 Quarks and leptons📃 Quarks and leptons notes🎬 6 The particle zoo🎬 7 Particle sorting🎬 8 Leptons at work🎬 9 Quarks and antiquarks🎬 10 Conservation rules3 Quantum phenomena📃 Quantum phenomena🎬 11 The photoelectric effect🎬 12 More about photoelectricity🎬 13 Collisions of electrons with atoms🎬 14 Energy levels in atoms🎬 15 Energy levels and spectra🎬 16 Wave-particle dualitySection 2: Waves and optics4 Waves📃 Waves notes🎬 17 Waves and vibrations🎬 18 Measuring waves🎬 19 Wave properties 1🎬 20 Wave properties 2🎬 21 Stationary and progressive waves🎬 22 More about stationary waves on strings🎬 23 Using an oscilloscope5 Optics📃 Optics notes🎬 24 Refraction of light🎬 25 More about refraction🎬 26 Total internal reflection🎬 27 Double slit interference🎬 28 More about interference🎬 29 Diffraction🎬 30 The diffraction gratingSection 3: Mechanics and materials6 Forces in equilibrium📃 Forces in equilibrium notes🎬 31 Vectors and scalars🎬 32 Balanced forces🎬 33 The principle of moments🎬 34 More on moments🎬 35 Stability🎬 36 Equilibrium rules🎬 37 Statics calculations7 On the move📃 On the move notes🎬 38 Speed and velocity🎬 39 Acceleration🎬 40 Motion along a straight line at constant acceleration🎬 41 Freefall🎬 42 Motion graphs🎬 43 More calculations on motion along a straight line🎬 44 Projectile motion 1🎬 45 Projectile motion 28 Newton’s laws of motion📃 Newton’s laws of motion notes🎬 46 Force and acceleration🎬 47 Using F=ma🎬 48 Terminal speed🎬 49 On the road🎬 50 Vehicle safety9 Force and momentum📃 Force and momentum notes🎬 51 Momentum and impulse🎬 52 Impact forces🎬 53 Conservation of momentum🎬 54 Elastic and inelastic collisions🎬 55 Explosions10 Work, energy, and power📃 Work, energy, and power notes🎬 56 Work and energy🎬 57 Kinetic and potential energy🎬 58 Power🎬 59 Energy efficiency11 Materials📃 Materials notes🎬 60 Density🎬 61 Springs🎬 62 Deformation of solids🎬 63 More about stress and strainSection 4: Electricity12 Electric current📃 Electric current notes🎬 64 Current and charge🎬 65 Potential difference and power🎬 66 Resistance🎬 67 Components and their characteristics13 Direct current circuits📃 Direct current notes🎬 68 Circuit rules🎬 69 More about resistance🎬 70 Electromotive force and internal resistance🎬 71 More circuit calculations🎬 72 The potential dividerSection 5: Year 12 skills14 Practical work in physics📃 Practical work in physics notes🎬 73 Moving on from GCSE🎬 74 Making careful measurements🎬 75 Everyday physics instruments🎬 76 Analysis and evaluation15 About practical assessment📃 About practical assessment notes🎬 77 About practical assessment16 More on mathematical skills📃 More on mathematical skills notes🎬 78 Data handling, trigonometry, and more about algebra🎬 79 Straight line graphs, more on graphs, gradients and areasSection 6: Further mechanics and thermal physics17 Motion in a circle18 Simple harmonic motion19 Thermal physics20 GasesAd Hoc Videos1 Measurements and their errors🎬 Using and rearranging equations🎬 Derived and base SI units🎬 Standard form and prefixes🎬 Unit conversions🎬 Graphing skills🎬 Gradients and intercepts🎬 Areas under graphs🎬 Equations of graphs🎬 Errors and uncertainties🎬 Vernier scales2 Particles and radiationParticles🎬 Early models of matter🎬 The nature of forces🎬 Particle masses🎬 Detecting particles🎬 Particle zoo🎬 Sorting particles🎬 Fundamental particles🎬 Particle notation🎬 Weak nuclear force🎬 Conservation rules🎬 Making quarks🎬 Decaying composite particles🎬 GluonsQuantum phenomena🎬 Photoelectric effect🎬 Work function🎬 Measuring Planck’s Constant🎬 Gas discharge lamp🎬 Geissler tube🎬 Excitation🎬 Electron tubes🎬 Atomic Spectra🎬 Ionising radiation🎬 Quantum calculations🎬 Schrodinger Equation3 WavesProgressive and stationary🎬 Amplitude and intensity🎬 Polarisation🎬 Polarisation and birefringence🎬 Path difference🎬 Stationary waves introduction🎬 Stationary waves🎬 Frequency of first harmonic🎬 Chrome pipe harmonicsRefraction, diffraction and interference🎬 Refraction and total internal reflection🎬 Deriving Snell’s law🎬 Diffraction🎬 Deriving Young’s double slit equation🎬 Interference🎬 Deriving diffraction grating equation🎬 Spectrometry4 Mechanics and materialsForce, energy and momentum🎬 Adding vectors🎬 Vector components🎬 Moments🎬 1-D uniform accelerated motion🎬 Deriving SUVAT equations🎬 Determining g🎬 Trajectories 🎬 Air resistance🎬 Falling with air resistance🎬 Equilibrium🎬 Newton’s Third Law🎬 Braking distances🎬 Force and momentum🎬 Momentum conservation🎬 Collisions🎬 Work energy and powerMaterials🎬 Energy and springs🎬 Stress, strain and Young’s Modulus5 Electricity🎬 Series and parallel resistors🎬 Maximum power🎬 Circuit rules🎬 Diodes🎬 Potential difference🎬 Using a multimeter🎬 Potential dividers🎬 Internal resistance🎬 Kirchhoff’s circuit laws🎬 Charge carriers🎬 Combining resistors6 Further mechanics and thermal physics🎬 Units of rotary motion🎬 Angular frequency🎬 Centripetal acceleration🎬 Centrifugal force🎬 Constant circular motion🎬 Charles’ Law🎬 Kelvin scale🎬 Deriving SHM equations7 Fields and their consequences🎬 Oscilloscopes🎬 Faraday’s Law🎬 Using a Hall probe🎬 Electrolytic capacitor safety🎬 Electric fields near point charges🎬 Uniform electric fields8 Nuclear physics🎬 Half-life12 Turning points in physics🎬 Minkowski Spacetime🎬 Maxwell’s Equations🎬 Measuring speed of light🎬 Interferometry🎬 Special relativityRequired PracticalsRP1: Stationary Waves🎬 RP1: Video📃 RP1: Lab Book📈 RP1: DataRP2: Diffraction and Interference🎬 RP2: Video📃 RP2: Lab Book📈 RP2: DataRP3: Measuring g by Freefall🎬 RP3: Video📃 RP3: Lab Book📈 RP3: DataRP4: Measuring Young’s Modulus🎬 RP4: Video📃 RP4: Lab Book📈 RP4: DataRP5: Measuring Resistivity🎬 RP5: Video📃 RP5: Lab Book📈 RP5: DataRP6: Measuring Internal Resistance and emf🎬 RP6: Video📃 RP6: Lab Book📈 RP6: DataRP7: Simple Harmonic Motion🎬 RP7: Video📃 RP7: Lab Book📈 RP7: DataRP8: Boyle’s Law and Charles’ Law🎬 RP8: Video📃 RP8: Lab Book📈 RP8: DataRP9: Charging and Discharging Capacitors🎬 RP9: Video📃 RP9: Lab Book📈 RP9: DataRP10: Measuring Flux Density🎬 RP10: Video📃 RP9: Lab Book📈 RP10: DataRP12: Inverse Square Law for Gamma Radiation🎬 RP12: Video📃 RP12: Lab Book📈 RP12: Data
Physics with Keith