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  - KS5-PHYSICS
    RevisionQuickWins
    1-Particles and radiation
    2-Waves
    3-Mechanics and materials
    4-Electricity
    6-Fields
    7-Radioactivity
    8-Astro
    9-Paper1
    10-Paper2
    11-Paper3
    1 Particles and radiation
    1.1 Inside the atom
    1.2 Stable and unstable nuclei
    1.3 photons
    1.4 Particles and antiparticles
    1.5 Particle interactions
    2.1 The particle zoo
    2.2 Particle sorting
    2.3 Leptons at work
    2.4 Quarks and antiQuarks
    2.5 Conseration rules
    3.1 The photoelectric effect
    3.2 More about photoelectricity
    3.3 Collisions of electrons with atoms
    3.4 Energy levels in atoms
    3.5 Energy levels and spectra
    3.6 Wave-particle Duality
    2 Waves
    4.1 Waves and Vibrations
    4.2 Measuring waves
    4.3 Wave properties 1
    4.4 Wave properties 2
    4.5 Stationary and progressive waves
    4.6 More about stationary waves on a string
    4.7 Using an Oscilloscope
    5.1 Refraction of light
    5.2 More about refraction
    5.3 total internal reflection
    5.4 Double Slit interference
    5.5 More about interference
    5.6 Diffraction
    5.7 The diffraction grating
    3 Mechanics and materials
    6.1 Vectors and Scalars
    6.2 Balanced forces
    6.3 The principle of moments
    6.4 more on moments
    6.5 Stability
    6.6 Equilibrium rules
    6.7 Statics calculations
    7.1 speed and velocity
    7.2 Acceleration
    7.3 Motion along a straight line at constant acceleration
    7.4 freefall
    7.5 motion graphs
    7.6 more calculations on motion a long a straight line
    7.7 Projectile motion 1
    7.8 Projectile motion 2
    10.1- Work & Energy
    10.2- Kinetic energy and potential energy
    10.3- Power
    10.4 - Energy and efficiency
    11.1 Density
    11.2 - Springs
    11.3 - Deformatin of solids
    11.4 - More about stress and strain
    4 Electricity
    12.1-Current and Charge
    12.2-Potential difference and power
    12.3-Resistance
    12.4- Components and their characteristics
    13.1 circuit rules
    13.2 More about resistance
    13.3 EMF and internal resistance
    13.4 More about circuit calculations
    13.5 The potential divider
    5 Further Mechanics
    Lesson 1- Motion in a circle
    Lesson 2- Centripital Acceleration
    Lesson 3- Practical
    Lesson 4 - Banking
    Lesson 5 - Conical
    6 Fields
    21.1 Gravitational Field Strength
    21.2 Gravitational Potential
    21.3 Newton's Law of gravitation
    21.3X Equations
    21.4 Planetary fields
    21.5 Satellite motion
    22.1- Field Patterns
    22.2 Electric field strength
    22.3 Electric Potential
    22.4 Coulomb's law
    22.5 Point Charges
    22.6 Comparing electric fields and gravitational fields
    23.1 Capacitance
    23.2 Energy stored in a charged capacitor
    23.3 charging and discharging capacitor through fixed resistor
    23.4 Dielectrics
    24.1 current-carrying conductors in a magnetic field
    24.2 Moving charges in a magnetic field
    24.3 Charged particles in circular orbits
    25.1 Generating electricity
    25.2 The laws of electromagnetic induction
    25.3 the Alternating current generator
    25.4 Alternating current and power
    25.5 Transformers
    7 Nuclear Physics
    26.1-The discovery of the nucleus
    26.2-The properties of alpha,Beta,Gamma
    26.3-More about alpha,Beta,Gamma
    26.4-The dangers of radio activity
    26.5-Radio active decay
    26.6-The theory of radioactive decay
    26.7-Radio isotopes in use
    26.8 more about decay modes
    26.9 Nuclear Radius
    27.1 Energy and mass
    27.2 Binding energy
    27.3 fission and fusion
    27.4 - The thermal nucelar reactor
    8 AstroPhysics
    1.1 Early telescopes and the use of lenses
    1.2 Astronomical telescope consisting of two converging lenses
    1.3 Chromatic and spherical aberration
    1.4 Reflecting telescopes
    1.5 Limitations of ground-based optical telescopes
    1.6 Resolving power of telescopes
    1.7 Collecting power of telescopes
    1.8 Radio telescopes
    1.9 Infrared, ultraviolet and X-ray telescopes
    1.10 Producing larger-diameter telescopes
    1.11 Charge-coupled devices in astronomy
    2.1 Stellar luminosity, brightness and apparent magnitude
    2.2 Astronomical distance
    2.3 Absolute magnitude
    2.3b Absolute/apparent magnitude
    4.1 What is cosmology?
    4.2 The Doppler effect
    4.3 Doppler shift and the motion of binary stars
    4.4 The recession of galaxies and quasars
    4.5 Hubble’s law
    4.6 Evidence for the Big Bang
    4.7 Quasars
    4.8 Exoplanets
SOW
BLOG

PlanetPhysics.co.uk - Resource site

Home
- STEM lInks
  - Documentaries
- RWB SOW
  - KS5-PHYSICS
    RevisionQuickWins
    1-Particles and radiation
    2-Waves
    3-Mechanics and materials
    4-Electricity
    6-Fields
    7-Radioactivity
    8-Astro
    9-Paper1
    10-Paper2
    11-Paper3
    1 Particles and radiation
    1.1 Inside the atom
    1.2 Stable and unstable nuclei
    1.3 photons
    1.4 Particles and antiparticles
    1.5 Particle interactions
    2.1 The particle zoo
    2.2 Particle sorting
    2.3 Leptons at work
    2.4 Quarks and antiQuarks
    2.5 Conseration rules
    3.1 The photoelectric effect
    3.2 More about photoelectricity
    3.3 Collisions of electrons with atoms
    3.4 Energy levels in atoms
    3.5 Energy levels and spectra
    3.6 Wave-particle Duality
    2 Waves
    4.1 Waves and Vibrations
    4.2 Measuring waves
    4.3 Wave properties 1
    4.4 Wave properties 2
    4.5 Stationary and progressive waves
    4.6 More about stationary waves on a string
    4.7 Using an Oscilloscope
    5.1 Refraction of light
    5.2 More about refraction
    5.3 total internal reflection
    5.4 Double Slit interference
    5.5 More about interference
    5.6 Diffraction
    5.7 The diffraction grating
    3 Mechanics and materials
    6.1 Vectors and Scalars
    6.2 Balanced forces
    6.3 The principle of moments
    6.4 more on moments
    6.5 Stability
    6.6 Equilibrium rules
    6.7 Statics calculations
    7.1 speed and velocity
    7.2 Acceleration
    7.3 Motion along a straight line at constant acceleration
    7.4 freefall
    7.5 motion graphs
    7.6 more calculations on motion a long a straight line
    7.7 Projectile motion 1
    7.8 Projectile motion 2
    10.1- Work & Energy
    10.2- Kinetic energy and potential energy
    10.3- Power
    10.4 - Energy and efficiency
    11.1 Density
    11.2 - Springs
    11.3 - Deformatin of solids
    11.4 - More about stress and strain
    4 Electricity
    12.1-Current and Charge
    12.2-Potential difference and power
    12.3-Resistance
    12.4- Components and their characteristics
    13.1 circuit rules
    13.2 More about resistance
    13.3 EMF and internal resistance
    13.4 More about circuit calculations
    13.5 The potential divider
    5 Further Mechanics
    Lesson 1- Motion in a circle
    Lesson 2- Centripital Acceleration
    Lesson 3- Practical
    Lesson 4 - Banking
    Lesson 5 - Conical
    6 Fields
    21.1 Gravitational Field Strength
    21.2 Gravitational Potential
    21.3 Newton's Law of gravitation
    21.3X Equations
    21.4 Planetary fields
    21.5 Satellite motion
    22.1- Field Patterns
    22.2 Electric field strength
    22.3 Electric Potential
    22.4 Coulomb's law
    22.5 Point Charges
    22.6 Comparing electric fields and gravitational fields
    23.1 Capacitance
    23.2 Energy stored in a charged capacitor
    23.3 charging and discharging capacitor through fixed resistor
    23.4 Dielectrics
    24.1 current-carrying conductors in a magnetic field
    24.2 Moving charges in a magnetic field
    24.3 Charged particles in circular orbits
    25.1 Generating electricity
    25.2 The laws of electromagnetic induction
    25.3 the Alternating current generator
    25.4 Alternating current and power
    25.5 Transformers
    7 Nuclear Physics
    26.1-The discovery of the nucleus
    26.2-The properties of alpha,Beta,Gamma
    26.3-More about alpha,Beta,Gamma
    26.4-The dangers of radio activity
    26.5-Radio active decay
    26.6-The theory of radioactive decay
    26.7-Radio isotopes in use
    26.8 more about decay modes
    26.9 Nuclear Radius
    27.1 Energy and mass
    27.2 Binding energy
    27.3 fission and fusion
    27.4 - The thermal nucelar reactor
    8 AstroPhysics
    1.1 Early telescopes and the use of lenses
    1.2 Astronomical telescope consisting of two converging lenses
    1.3 Chromatic and spherical aberration
    1.4 Reflecting telescopes
    1.5 Limitations of ground-based optical telescopes
    1.6 Resolving power of telescopes
    1.7 Collecting power of telescopes
    1.8 Radio telescopes
    1.9 Infrared, ultraviolet and X-ray telescopes
    1.10 Producing larger-diameter telescopes
    1.11 Charge-coupled devices in astronomy
    2.1 Stellar luminosity, brightness and apparent magnitude
    2.2 Astronomical distance
    2.3 Absolute magnitude
    2.3b Absolute/apparent magnitude
    4.1 What is cosmology?
    4.2 The Doppler effect
    4.3 Doppler shift and the motion of binary stars
    4.4 The recession of galaxies and quasars
    4.5 Hubble’s law
    4.6 Evidence for the Big Bang
    4.7 Quasars
    4.8 Exoplanets
SOW
BLOG
More
- Home
  - STEM lInks
    Documentaries
  - RWB SOW
    KS5-PHYSICS
    RevisionQuickWins
    1-Particles and radiation
    2-Waves
    3-Mechanics and materials
    4-Electricity
    6-Fields
    7-Radioactivity
    8-Astro
    9-Paper1
    10-Paper2
    11-Paper3
    1 Particles and radiation
    1.1 Inside the atom
    1.2 Stable and unstable nuclei
    1.3 photons
    1.4 Particles and antiparticles
    1.5 Particle interactions
    2.1 The particle zoo
    2.2 Particle sorting
    2.3 Leptons at work
    2.4 Quarks and antiQuarks
    2.5 Conseration rules
    3.1 The photoelectric effect
    3.2 More about photoelectricity
    3.3 Collisions of electrons with atoms
    3.4 Energy levels in atoms
    3.5 Energy levels and spectra
    3.6 Wave-particle Duality
    2 Waves
    4.1 Waves and Vibrations
    4.2 Measuring waves
    4.3 Wave properties 1
    4.4 Wave properties 2
    4.5 Stationary and progressive waves
    4.6 More about stationary waves on a string
    4.7 Using an Oscilloscope
    5.1 Refraction of light
    5.2 More about refraction
    5.3 total internal reflection
    5.4 Double Slit interference
    5.5 More about interference
    5.6 Diffraction
    5.7 The diffraction grating
    3 Mechanics and materials
    6.1 Vectors and Scalars
    6.2 Balanced forces
    6.3 The principle of moments
    6.4 more on moments
    6.5 Stability
    6.6 Equilibrium rules
    6.7 Statics calculations
    7.1 speed and velocity
    7.2 Acceleration
    7.3 Motion along a straight line at constant acceleration
    7.4 freefall
    7.5 motion graphs
    7.6 more calculations on motion a long a straight line
    7.7 Projectile motion 1
    7.8 Projectile motion 2
    10.1- Work & Energy
    10.2- Kinetic energy and potential energy
    10.3- Power
    10.4 - Energy and efficiency
    11.1 Density
    11.2 - Springs
    11.3 - Deformatin of solids
    11.4 - More about stress and strain
    4 Electricity
    12.1-Current and Charge
    12.2-Potential difference and power
    12.3-Resistance
    12.4- Components and their characteristics
    13.1 circuit rules
    13.2 More about resistance
    13.3 EMF and internal resistance
    13.4 More about circuit calculations
    13.5 The potential divider
    5 Further Mechanics
    Lesson 1- Motion in a circle
    Lesson 2- Centripital Acceleration
    Lesson 3- Practical
    Lesson 4 - Banking
    Lesson 5 - Conical
    6 Fields
    21.1 Gravitational Field Strength
    21.2 Gravitational Potential
    21.3 Newton's Law of gravitation
    21.3X Equations
    21.4 Planetary fields
    21.5 Satellite motion
    22.1- Field Patterns
    22.2 Electric field strength
    22.3 Electric Potential
    22.4 Coulomb's law
    22.5 Point Charges
    22.6 Comparing electric fields and gravitational fields
    23.1 Capacitance
    23.2 Energy stored in a charged capacitor
    23.3 charging and discharging capacitor through fixed resistor
    23.4 Dielectrics
    24.1 current-carrying conductors in a magnetic field
    24.2 Moving charges in a magnetic field
    24.3 Charged particles in circular orbits
    25.1 Generating electricity
    25.2 The laws of electromagnetic induction
    25.3 the Alternating current generator
    25.4 Alternating current and power
    25.5 Transformers
    7 Nuclear Physics
    26.1-The discovery of the nucleus
    26.2-The properties of alpha,Beta,Gamma
    26.3-More about alpha,Beta,Gamma
    26.4-The dangers of radio activity
    26.5-Radio active decay
    26.6-The theory of radioactive decay
    26.7-Radio isotopes in use
    26.8 more about decay modes
    26.9 Nuclear Radius
    27.1 Energy and mass
    27.2 Binding energy
    27.3 fission and fusion
    27.4 - The thermal nucelar reactor
    8 AstroPhysics
    1.1 Early telescopes and the use of lenses
    1.2 Astronomical telescope consisting of two converging lenses
    1.3 Chromatic and spherical aberration
    1.4 Reflecting telescopes
    1.5 Limitations of ground-based optical telescopes
    1.6 Resolving power of telescopes
    1.7 Collecting power of telescopes
    1.8 Radio telescopes
    1.9 Infrared, ultraviolet and X-ray telescopes
    1.10 Producing larger-diameter telescopes
    1.11 Charge-coupled devices in astronomy
    2.1 Stellar luminosity, brightness and apparent magnitude
    2.2 Astronomical distance
    2.3 Absolute magnitude
    2.3b Absolute/apparent magnitude
    4.1 What is cosmology?
    4.2 The Doppler effect
    4.3 Doppler shift and the motion of binary stars