PLANCK TO PARSEC: From the Planck length to the observable universe — sixty-one orders of magnitude in ninety days - Softcover

Inhaltsangabe

Phase I Motion, Force and Matter (DAYS 1-30)
1 Physical Quantities and SI Units 02 Measurement and Uncertainty 03 Scalars and Vectors 04 Vector Addition and Resolution 05 90 Displacement, Velocity, Acceleration Motion Graphs The Equations of Motion Free Fall 07 08 09 Projectile Motion 10 Newton's First Law 11Newton's Second Law 12Newton's Third Law 13 Friction 14 Circular Motion 15 Centripetal Force 16Work 17 Kinetic and Potential Energy 18 Conservation of Energy 19 Power and Efficiency 20 Momentum 21 Impulse 22Collisions 23 Moments and Torque 24 Equilibrium of Forces 25 Centre of Mass 26 Density and Pressure 27 Hydrostatics and Upthrust 28 Deformation and Hooke's Law 29 Stress, Strain and Young Modulus 30 Phase I Consolidation

Phase II Heat, Waves and Circuits (DAYS 31 - 60)
31 Temperature and Thermal Equilibrium 32 Specific Heat Capacity 46Refraction and Snell's Law 33 Latent Heat 34 The Kinetic Theory of Gases 35 The Ideal Gas Law 36 Internal Energy 37 The First Law of Thermodynamics 38 Entropy and the Second Law 39 Heat Engines 40 Wave Properties 41 Transverse and Longitudinal Waves 42 Superposition and Interference 43 Standing Waves 44 Diffraction 45 The Double Slit 47 Total Internal Reflection 48 Lenses and Image Formation 49 The Doppler Effect 50 Sound and Intensity 51 Electric Charge and Coulomb's Law 52 Electric Fields 53Electric Potential 54 Capacitance 55 Current, Voltage and Resistance 56 Resistivity and Ohm's Law 57 Series and Parallel Circuits 58 EMF and Internal Resistance 59Electrical Power 60 Phase II Consolidation

Phase III Fields, Quanta and Cosmos (DAYS 61-90)
61 Magnetic Fields 62 The Motor Effect 63 Electromagnetic Induction 64 Faraday and Lenz Laws 65 Transformers 66 Alternating Current 67 Gravitational Fields 68 Gravitational Potential 69 Orbits and Kepler's Laws 70 Simple Harmonic Motion 71 Damping and Resonance 72 The Photoelectric Effect 73 Wave-Particle Duality 74 Atomic Energy Levels 75 Emission and Absorption Spectra 76 The Bohr Model 77 The de Broglie Wavelength 78 The Uncertainty Principle 79 Radioactive Decay 80 Half-Life and Activity 81 Nuclear Binding Energy 82 Fission 83 Fusion 84 Particle Physics and Quarks 85 The Fundamental Interactions 86 Special Relativity: Time Dilation 87 Mass-Energy Equivalence 88 The Expanding Universe 89 Stellar Evolution 90 Final Synthesis

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