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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
11-Paper3
10-Paper2
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
Answers
SOW
KS3-Activate
KS3_Forces
KS3 1.1.1 Introduction to forces
KS3_1.1.2 Balanced and unbalanced forces
KS3_1.1.3 Speed
KS3_1.1.4 Distance-time graphs
KS3_1.2.1 Gravity
KS3_Electromagnets
KS3_2.1.1 Potential difference
KS3_2.1.2 Resistance
KS3_2.1.3 Series and parallel circuits
KS3_2.2.1Current
KS3_2.2.2Charging up
KS3_Energy
KS3_3.1.1 Food and fuels
KS3_3.1.2 Energy resources
KS3_3.1.3 Energy and power
KS3_3.2.1 Energy adds up
KS3_3.2.2 Energy dissipation
KS3_Waves
KS3_4.1.1 Sound waves and speed
KS3_4.1.2 Loudness and amplitude
KS3_4.1.3 Frequency and pitch
KS3_4.1.4 The ear and hearing
KS3_4.2.1 Light
KS3_4.2.2 Reflection
KS3_ 4.2.3 Refraction
KS3_4.2.4 The eye and vision
KS3_4.2.5 Colour
KS3_Matter
KS3_Reactions
KS3_6.2.1 More about elements
KS3_6.2.2 Chemical reactions of metals and non-metals
KS3_6.2.3 Metals and acids
KS3_6.2.4 Metals and oxygen
KS3_6.2.5 Metals and water
KS3_6.2.6 Metal displacement reactions
KS3_Earth
7.1.1 The structure of the Earth
7.1.2 Sedimentary rocks
7.1.3 Igneous and metamorphic rocks
7.1.4 The rock cycle
7.1.5 Ceramics
KS3_Organisms
KS3_8.2.1 Observing cells
KS3_8.2.2 Plant and animal cells
KS3_8.2.3 Specialised cells
KS3_8.2.4 Movement of substances
KS3_8.2.5 Uni-cellular organisms
KS3_Ecosystems
KS3_Genes
KS3_10.1.1 Variation
KS3_10.1.2 Continuous and discontinuous
KS3_10.1.3 Adapting to change
KS3_10.2.1 Adolescence
KS3_10.2.2 Reproductive systems
KS3_10.2.3 Fertilisation and implantation
KS3_10.2.4 Development of a fetus
KS3_10.2.5 The menstrual cycle
KS3-Computing
TurtleBasic
Turtle 1
Turtle 2 - Shapes
Turtle 3 - Beautiful Spirals
Turtle 4 - Randomness and colours
Turtle 5 - Flags
Turtle 6 - Stamps
PCBAsics
Comp_Inputs-and-Outputs
Comp_The Human Computer
Comp_Computer Networks
Comp_Health and Safety
Comp_Binary Code
Scratch
Scratch_Introduction-to-Flowcharts1
lightbot
Scratch_Lesson-2-Motion-and-Looks1
Scratch_Lesson-3-Loopy-Motion-Controls1
Scratch_Lesson-4-Sensing-and-Variables1
Scratch_Lesson-5-Virtual-Pet
Scratch_Lesson-6-Virtual-Pet-and-Peer-Assessment1
eSafety
KS3-LAUNCESTON
KS3 Biology 1
KS3 1 Human and plant organs
KS3 2 Cell structure
KS3 3 Using a microscope
KS3 4 Animal and plant cells and single celled organisms
KS3 5 Specialised cells
KS3 6 The skeleton
KS3 7 Muscles
KS3 8 Movement in /out of cells and life processes
KS3 9 An introduction to sexual reproduction
KS3 10 Sex organs
KS3 11 The menstrual cycle
KS3 12 Fertilisation and gestation
KS3 13 Plant reproduction
KS3 Biology 2
KS3 1 Introduction to ecology
KS3 2 Adaptations
KS3 3 Classify plants
KS3 4 Sampling: quadrats
KS3 5 Sampling: hedgerows
KS3 6 Sampling: water quality
KS3 7 Communities and populations
KS3 8 Species and predator-prey distributions
KS3 9 Food chains and webs
KS3 10 Pyramids of biomass
KS3 Biology 3
KS3 1 Introduction to photosynthesis
KS3 2 Limiting factors of photosynthesis
KS3 3 Adaptations of leaf for photosynthesis
KS3 4 How do the roots and stem transport substances around the plant?
KS3 5 The breathing system
KS3 6 Breathing and respiration
KS3 7 What affects respiration?
KS3 8 Circulatory system
KS3 9 How do the reactants get into the body?
KS3 10 Investigating anaerobic respiration in yeast.
KS3 11 Anaerobic respiration in humans.
KS3 12 Revision - Knowledgeorgaiser
KS3 Biology 4
KS3 1 Sexual and asexual reproduction
KS3 2 Inheritance
KS3 3 Chromosomes And DNA
KS3 4 Cloning
KS3 5 Variation in species
KS3 6 Evolution
KS3 7 Gene banks and selective breeding
KS3 8 Niches
KS3 9 Extinction
KS3 Biology 5
KS3 1 A balanced diet
KS3 2 Food (i)
KS3 3 Food (ii)
KS3 4 Poor diets
KS3 5 Diet and energy
KS3 6 Immune system + vaccination
KS3 7 Digestive system structure
KS3 8 Control of blood sugar levels and diabetes
KS3 9 Enzyme intro
KS3 10 Enzyme action
KS3 11 Absorption and transport
KS3 12 revision
KS3 Chemistry 1
KS3 1 Elements and atoms
KS3 2 Element research
KS3 3 Periodic table and its symbols
KS3 4 Groups and periods
KS3 5 History of the development of the periodic table
KS3 6 Compounds
KS3 7 Making compounds
KS3 8 Mixtures
KS3 9 Metals -physical properties
KS3 10 The properties of metals and non metals
KS3 Chemistry 2
KS3 1 States of matter
KS3 2 The particle model of matter
KS3 3 Diffusion
KS3 4 Gas and liquid pressure
KS3 5 Pressure
KS3 6 Mixtures and solutions
KS3 7 Solubility
KS3 8 Filters
KS3 9 Distillation
KS3 10 Chromato-graphy
KS3 11 Testing for gasses
KS3 12 Refining rock salt OPTIONAL
KS3 14 Reflection
KS3 Chemistry 3
KS3 1 Acids and alkalis at home and in the lab
KS3 2 The pH scale
KS3 3 neutralisationi
KS3 4 Metals + acids
KS3 5 Metal carbonates + acid
KS3 6 Metal oxides + acids
KS3 7 Alkali metals
KS3 8 Metal displacement reactions
KS3 9 Chemical tests
KS3 10 The reactivity series
KS3 Chemistry 4
KS3 1 Structure of the Restless Earth
KS3 2 Igneous rocks
KS3 3 Sedimentary rocks
KS3 4 Metamorphic rocks
KS3 5 The rock cycle
KS3 6 Fossils
KS3 7 Forming fossil fuels
KS3 8 Climate change and the greenhouse effect
KS3 9 Human impacts on the atmosphere (a)
KS3 10 Human impacts on the atmosphere (b)
KS3 11 Reflection
KS3 Chemistry 5
KS3 1 Chemical changes
KS3 2 Reactions of acids
KS3 3 The fire triangle
KS3 4 Combustion of fuels
KS3 5 Investigating burning
KS3 6 Comparing fuels
KS3 7 Exo/endo thermic reactions
KS3 8 Energy changes in changing state
KS3 9 Thermal decomposition
KS3 10 Oxidation reactions
KS3 Chemistry 6
KS3 1 Elements, compounds and mixtures recap
KS3 2 Symbols, formulae and equations
KS3 3 Sub-atomic particles
KS3 4 Element symbols
KS3 4 History of the atomic model
KS3 5 The carbon cycle
KS3 6 The reactivity of carbon and metals
KS3 7 Earth sources of metals
KS3 8 Using carbon to extract metals from ores
KS3 9 Reduce, reuse, recycle
KS3 Physics 1
KS3 1 What are forces?
KS3 2 Friction
KS3 3 Gravity
KS3 4 Balanced and unbalanced forces
KS3 5 Upthrust and buoyancy
KS3 6 Pressure
KS3 7 Stretching and squashing forces
KS3 8 Levers IN SEPARATE SCIENCE ONLY
KS3 9 Calculating work done and energy stored
KS3 Physics 2
KS3 1 What is heat?
KS3 2 Conduction
KS3 3 Convection
KS3 4 Radiation
KS3 5 Cooling curves A
KS3 7 Earth’s Orbit
KS3 8 Seasons
KS3 9 History of the solar system
KS3 10 The scale of the universe
KS3 11 The expanding universe
KS3 12 Reflection
KS3 Physics 3
KS3 1 Measuring speed
KS3 2 Distance-time and speed-time graphs
KS3 3 Unbalanced forces
KS3 4 Acceleration
KS3 5 Streamlined
KS3 6 Terminal velocity
KS3 7 Simple magnets
KS3 8 Using magnets
KS3 9 Electro-magnets, motors and generators
KS3 10 Factors which affect electromagnet strength
KS3 Physics 4
KS3 1 Light in a straight line and reflection
KS3 2 Refraction
KS3 3 Splitting white light into colours
KS3 4 Filters
KS3 5 The structure of the eye
KS3 6 Lenses
KS3 7 Pinhole cameras and lenses
KS3 8 Earth’s Orbit and eclipses
KS3 9 Seasons
KS3 10 History of the solar system
KS3 11 The scale of the universe
KS3 12 The expanding universe
KS3 Physics 5
KS3 1 Energy transfers
KS3 2 Conservation of energy
KS3 3 Efficiency
KS3 4 Our source of energy, the Sun
KS3 5 Generating electricity
KS3 6 Fossil fuels
KS3 7 Using fossil fuels
KS3 8 Renewable energy
KS3 9 Storing Energy
KS3 10 Stretching and compressing
KS3 11 Electrical power
KS3 12 Electricity bills
KS3 Yr9 Bio 5
KS3 Physics 6
1 Series vs parallel circuits
2 Current and voltage in series circuits
3 Current and voltage in parallel circuits
4 Resistance
5 Ohm’s Law
6 Atoms, ions and static
7 The Van de Graaff generator
8 Electrical energy
KS3 Physics 7
1 Transverse and longitudinal
2 Measuring waves
3 The EM spectrum
4 Uses of low energy EM
5 Uses of high energy EM
6 Introduction to sound
7 Musical sounds
8 Speed of sound
9 The structure of the ear
10 Dangerous sounds
KS4-PHYSICS
P1-ENERGY
P1.1 Changes in Stores
P1.2-Conservation of energy
P1.3-Energy and work
P1.4-Gravitational potential energy stores
P1.5-Kinetic energy and elastic energy stores
P1.6-Energy Dissipation
P1.7-Energy and Efficiency
P1.8-Electrical Appliances
P1.9-Energy and power
RWB-Kinetic energy and Gravitational potential
RWB - Global energy resources
RWB - Applications of cost
P2-HEATING
P2.1 Energy Transfer by Conduction
P2.2 Infrared radiation (T)
P2.3 More about infrared radiation (T)
P2.4 Specific heat capacity
P2.4 Required Practical Specific heat capacity
P2.5 Heating and insulating build
P3-ENERGYRESOURCES
P3.1 Energy demands
P3.2 Energy from wind and water
P3.3 Power from the sun and the earth
P3.4 Energy from the environment
P3.5 Big Energy Issues
P4-Electric circuits
P4.1 - Electrical Charges and fields
P4.2 - Current and charge
P4.3 - Potential difference and resistance
P4.4 - Component characteristics
P4.5 - Series circuits
P4.6 - Parallel circuits
P4-RQ-Resistance
P5-Electricity at home
P5.1-Alternating current
P5.2-Cables and plugs
P5.3-Electrical power and PD
P5.4-Electrical currenst and energy transfer
P5.5-Appliances and efficiency
P6-Particles
P6.1 - Density
P6.1 - Density RQ
P6.2- States of matter
P6.3 - Changes of state
P6.4 - Internal energy
P6.5 - Specific Latent heat
P6.6 - gas pressure temperature (T)
P6.7 - Gas pressure and volume
P6- Revision
P7-Radioactivity
P7.1 Atoms and Radiation
P7.2 The discovery of the nucleus
P7.3 Changes in the nucleus
P7.4 More about alpha, beta, gamma radiation
P7.5 Activity and half-life
P7.6 Nuclear radiation in medicine
P7.7 Nuclear Fission
P7.8 Nuclear Fusion
P7.9 Nuclear issues
P8-FORCES
P8.1 Vectors and scalars
P8.2 Forces between objects
P8.3 Resultant forces
P8.4 Moments at work
P8.5 More about levers and gears
P8.6 Centre of mass
P8.7 Moments and equilibrium
P8.8 The parallelogram of forces
P8.9 Resolution of forces
P9-Motion
P9.1 Speed and Distance-Time Graph
P9.2 Velocilty and acceleration
P9.3 More about velocity-time Graph
P9.4 Analysing motion graphs
P10-Force and Motion
P10.1 - Force and acceleration
P10.2 - Weight and terminal velocity
P10.3 Forces and braking
P10.4 Momentum
P10.5 Using conservation of momentum (T)
P10.6 Impact forces (T)
P10.7 Safety First (T)
P10.8 Forces and Elasticity
Required Practical F=MA
P11-Forces and Pressure
P11.1 Pressure and surfaces
P11.2 Pressure in a liquid at rest
P11.3 Atmospheric pressure
P11.4 Upthrust and flotation
P12-Wave Properties
P12.1 The nature of waves
P12.2 The properties of waves
P12.3 Reflection and refraction
P12.4 More about waves
P12.5 Sound waves
P12.6 The uses of ultrasound
P12.7 Seismic waves
P13-Electromagnetic waves
P13.1- The Electromagnetic Spectrum
P13.2- Light, Ingrared, microwaves, and radio waves
P13.3- Communications
P13.4- Ultraviolet waves, xrays, and Gamma Rays
P13.5 X-rays in medicine
P14-Light
P14.1 Reflection of light
P14.2 Refraction of light
P14.3 Light and colour
P14.4 Lenses
P14.5 Using lenses
P15-ElectroMagnetism
P15.1 Magnetic Fields
P15.2 Magnetic fields of electric currents
P15.3 Electromagnets in devices
P15.4 The motor Effect
P15.5 The generator effect
P15.6 The alternating-current generator
P15.7 Transformers
P15.8 Transformers in action
P16-Space
P16.1 Formation of the solar system
P16.2 the live history of a star
P16.3 Planets, satellites and orbits
P16.4 The expanding universe
P16.5 The beginning and future of the universe
PExamSkills/Revision
Reading Graphs
Formula
KS4-CHEMISTRY
C1-Atomic Structure
C1.1 Atoms
C1.2 Chemical Equations
C1.3 Separating mixtures
C1.4 Fractional distillation Chromatography
C1.5 History of the atom
C1.6 Structure of the atom
C1.7 Ions, Atoms, Isotopes
C1.8 Electronic Structure
C2 - The Periodic Table
C2.1 Development of the periodic table
C2.2 Electronic structures and the periodic table
C2.3 Group 1 - The alkali metals
C2.4 Group 7 - The Halogens
C2.5 Explaining trends
C2.6 The transition elements
C3 - Structure and Bonding
C3.1 - States of matter
C3.2 - Atoms into Ions
C3.3 - Ionic Bonding
C3.4 - Giant ionic structures
C3.5 - Covalent bonding
C3.6 - Structure of simple molecules
C3.7 - Giant covalent structures
C3.8 Fullerenes and graphene
C3.9 Bonding in metals
C3.10 Giant metallic structures
C3.11 - T - Nanoparticles
C3.12 - T - Application of nanoparticles
C4 - Chemical Calculations
C4.1 Relative masses and moles
C4.2 Equations and calculations
C4.3 from masses to balanced equations
C4.4 The yield of a chemical reaction
C4.5 atom economy
C4.6 Expressing concentrations
C4.7 Titrations
C4.8 Titration calculations
C4.9 Volumes of gases
C5 - Chemical Changes
C5.1-The reactivity series
C5.2-Displacement reactions
C5.3-Extracting metals
C5.4-salts from metals
C5.5-salts from insoluble bases
C5.6-Making more salts
C5.7-Neutralisation and the pH scale
C5.8-Strong and weak acids
C6 - Electrolysis
C6.1-Introduction to electrolysis
C6.2-Changes at the electrodes
C6.3-Extraction of aluminium
C6.4-Electrolysis of aqueous solutions
C13-Atmosphere
C13.1 The history of our atmosphere
C13.2 Our evolving atmosphere
C13.3 Greenhouse gases
C13.4 Global climate change
C13.5 Atmospheric pollution
C7-Energy Changes
C7.1 Exothermic and endothermic reactions
C7.2 Using energy transfers from reactions
C7.3 Reaction profiles
C7.4 Bond energy calculations
C12-Chemical Analysis
12.1 substances and mixtures
12.2 Anyalysising chromograms
12.2 CHromoPract
C12.3 Testing for gases
KS4-BIOLOGY
B1-CellStructure
B1.1 Microscopes
B1.2 Animal and plant cells
B1.3 Eukaryotic and prokaryotic cells
B1.4 Specialisation in animal cells
B1.5 Specialisation in plant cells
B1.6 Diffusion
B1.7 Osmosis
B1.8 Osmosis in plants
B1.9 Active transport
B1.10 Exchanging materials
B2- Cell Division
B2.1 - Cell Division
B2.2- Growth and Differentiation
B2.3 - STEM cells
B2.4 - Stem Cell Dilemmas
B3- Organisation and the digestive system
B3.1- Tissues and organs
B3.2- THe human digestive system
B3.3- The chemistry of food
B3.4- Catalysts and enzymes
B3.5- Factros affecting enzyme action
B3.6- How the digestive system works
B3.7- Making digestion efficient
B16-Ecology
B16.1 The importance of communities
B16.2 Organisms in their environment
B16.3 Distribution and abundance
B16.4 Competition in animals
B16.5 Competition in plants
B16.6 Adapt and survive
B16.7 Adaption in animals
B16.8 Adaptions in plants
B4-Organisation animals and plants
B4.1-The blood
B4.2 The blood Vessels
B4.3- The heart
B4.4- Helping the heart
B4.5-Breathing and gas exchange
B4.6 Tissues and Organs in plants
B4.7 Transport system in plants
B4.8- Evaporation and transpiration
B4.9-Factors affecting transpiration
KS4 IMEDIA
R082-LO2
R082_Lesson2
R082_Lesson3
R082_Lesson4
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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
11-Paper3
10-Paper2
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
Answers
SOW
KS3-Activate
KS3_Forces
KS3 1.1.1 Introduction to forces
KS3_1.1.2 Balanced and unbalanced forces
KS3_1.1.3 Speed
KS3_1.1.4 Distance-time graphs
KS3_1.2.1 Gravity
KS3_Electromagnets
KS3_2.1.1 Potential difference
KS3_2.1.2 Resistance
KS3_2.1.3 Series and parallel circuits
KS3_2.2.1Current
KS3_2.2.2Charging up
KS3_Energy
KS3_3.1.1 Food and fuels
KS3_3.1.2 Energy resources
KS3_3.1.3 Energy and power
KS3_3.2.1 Energy adds up
KS3_3.2.2 Energy dissipation
KS3_Waves
KS3_4.1.1 Sound waves and speed
KS3_4.1.2 Loudness and amplitude
KS3_4.1.3 Frequency and pitch
KS3_4.1.4 The ear and hearing
KS3_4.2.1 Light
KS3_4.2.2 Reflection
KS3_ 4.2.3 Refraction
KS3_4.2.4 The eye and vision
KS3_4.2.5 Colour
KS3_Matter
KS3_Reactions
KS3_6.2.1 More about elements
KS3_6.2.2 Chemical reactions of metals and non-metals
KS3_6.2.3 Metals and acids
KS3_6.2.4 Metals and oxygen
KS3_6.2.5 Metals and water
KS3_6.2.6 Metal displacement reactions
KS3_Earth
7.1.1 The structure of the Earth
7.1.2 Sedimentary rocks
7.1.3 Igneous and metamorphic rocks
7.1.4 The rock cycle
7.1.5 Ceramics
KS3_Organisms
KS3_8.2.1 Observing cells
KS3_8.2.2 Plant and animal cells
KS3_8.2.3 Specialised cells
KS3_8.2.4 Movement of substances
KS3_8.2.5 Uni-cellular organisms
KS3_Ecosystems
KS3_Genes
KS3_10.1.1 Variation
KS3_10.1.2 Continuous and discontinuous
KS3_10.1.3 Adapting to change
KS3_10.2.1 Adolescence
KS3_10.2.2 Reproductive systems
KS3_10.2.3 Fertilisation and implantation
KS3_10.2.4 Development of a fetus
KS3_10.2.5 The menstrual cycle
KS3-Computing
TurtleBasic
Turtle 1
Turtle 2 - Shapes
Turtle 3 - Beautiful Spirals
Turtle 4 - Randomness and colours
Turtle 5 - Flags
Turtle 6 - Stamps
PCBAsics
Comp_Inputs-and-Outputs
Comp_The Human Computer
Comp_Computer Networks
Comp_Health and Safety
Comp_Binary Code
Scratch
Scratch_Introduction-to-Flowcharts1
lightbot
Scratch_Lesson-2-Motion-and-Looks1
Scratch_Lesson-3-Loopy-Motion-Controls1
Scratch_Lesson-4-Sensing-and-Variables1
Scratch_Lesson-5-Virtual-Pet
Scratch_Lesson-6-Virtual-Pet-and-Peer-Assessment1
eSafety
KS3-LAUNCESTON
KS3 Biology 1
KS3 1 Human and plant organs
KS3 2 Cell structure
KS3 3 Using a microscope
KS3 4 Animal and plant cells and single celled organisms
KS3 5 Specialised cells
KS3 6 The skeleton
KS3 7 Muscles
KS3 8 Movement in /out of cells and life processes
KS3 9 An introduction to sexual reproduction
KS3 10 Sex organs
KS3 11 The menstrual cycle
KS3 12 Fertilisation and gestation
KS3 13 Plant reproduction
KS3 Biology 2
KS3 1 Introduction to ecology
KS3 2 Adaptations
KS3 3 Classify plants
KS3 4 Sampling: quadrats
KS3 5 Sampling: hedgerows
KS3 6 Sampling: water quality
KS3 7 Communities and populations
KS3 8 Species and predator-prey distributions
KS3 9 Food chains and webs
KS3 10 Pyramids of biomass
KS3 Biology 3
KS3 1 Introduction to photosynthesis
KS3 2 Limiting factors of photosynthesis
KS3 3 Adaptations of leaf for photosynthesis
KS3 4 How do the roots and stem transport substances around the plant?
KS3 5 The breathing system
KS3 6 Breathing and respiration
KS3 7 What affects respiration?
KS3 8 Circulatory system
KS3 9 How do the reactants get into the body?
KS3 10 Investigating anaerobic respiration in yeast.
KS3 11 Anaerobic respiration in humans.
KS3 12 Revision - Knowledgeorgaiser
KS3 Biology 4
KS3 1 Sexual and asexual reproduction
KS3 2 Inheritance
KS3 3 Chromosomes And DNA
KS3 4 Cloning
KS3 5 Variation in species
KS3 6 Evolution
KS3 7 Gene banks and selective breeding
KS3 8 Niches
KS3 9 Extinction
KS3 Biology 5
KS3 1 A balanced diet
KS3 2 Food (i)
KS3 3 Food (ii)
KS3 4 Poor diets
KS3 5 Diet and energy
KS3 6 Immune system + vaccination
KS3 7 Digestive system structure
KS3 8 Control of blood sugar levels and diabetes
KS3 9 Enzyme intro
KS3 10 Enzyme action
KS3 11 Absorption and transport
KS3 12 revision
KS3 Chemistry 1
KS3 1 Elements and atoms
KS3 2 Element research
KS3 3 Periodic table and its symbols
KS3 4 Groups and periods
KS3 5 History of the development of the periodic table
KS3 6 Compounds
KS3 7 Making compounds
KS3 8 Mixtures
KS3 9 Metals -physical properties
KS3 10 The properties of metals and non metals
KS3 Chemistry 2
KS3 1 States of matter
KS3 2 The particle model of matter
KS3 3 Diffusion
KS3 4 Gas and liquid pressure
KS3 5 Pressure
KS3 6 Mixtures and solutions
KS3 7 Solubility
KS3 8 Filters
KS3 9 Distillation
KS3 10 Chromato-graphy
KS3 11 Testing for gasses
KS3 12 Refining rock salt OPTIONAL
KS3 14 Reflection
KS3 Chemistry 3
KS3 1 Acids and alkalis at home and in the lab
KS3 2 The pH scale
KS3 3 neutralisationi
KS3 4 Metals + acids
KS3 5 Metal carbonates + acid
KS3 6 Metal oxides + acids
KS3 7 Alkali metals
KS3 8 Metal displacement reactions
KS3 9 Chemical tests
KS3 10 The reactivity series
KS3 Chemistry 4
KS3 1 Structure of the Restless Earth
KS3 2 Igneous rocks
KS3 3 Sedimentary rocks
KS3 4 Metamorphic rocks
KS3 5 The rock cycle
KS3 6 Fossils
KS3 7 Forming fossil fuels
KS3 8 Climate change and the greenhouse effect
KS3 9 Human impacts on the atmosphere (a)
KS3 10 Human impacts on the atmosphere (b)
KS3 11 Reflection
KS3 Chemistry 5
KS3 1 Chemical changes
KS3 2 Reactions of acids
KS3 3 The fire triangle
KS3 4 Combustion of fuels
KS3 5 Investigating burning
KS3 6 Comparing fuels
KS3 7 Exo/endo thermic reactions
KS3 8 Energy changes in changing state
KS3 9 Thermal decomposition
KS3 10 Oxidation reactions
KS3 Chemistry 6
KS3 1 Elements, compounds and mixtures recap
KS3 2 Symbols, formulae and equations
KS3 3 Sub-atomic particles
KS3 4 Element symbols
KS3 4 History of the atomic model
KS3 5 The carbon cycle
KS3 6 The reactivity of carbon and metals
KS3 7 Earth sources of metals
KS3 8 Using carbon to extract metals from ores
KS3 9 Reduce, reuse, recycle
KS3 Physics 1
KS3 1 What are forces?
KS3 2 Friction
KS3 3 Gravity
KS3 4 Balanced and unbalanced forces
KS3 5 Upthrust and buoyancy
KS3 6 Pressure
KS3 7 Stretching and squashing forces
KS3 8 Levers IN SEPARATE SCIENCE ONLY
KS3 9 Calculating work done and energy stored
KS3 Physics 2
KS3 1 What is heat?
KS3 2 Conduction
KS3 3 Convection
KS3 4 Radiation
KS3 5 Cooling curves A
KS3 7 Earth’s Orbit
KS3 8 Seasons
KS3 9 History of the solar system
KS3 10 The scale of the universe
KS3 11 The expanding universe
KS3 12 Reflection
KS3 Physics 3
KS3 1 Measuring speed
KS3 2 Distance-time and speed-time graphs
KS3 3 Unbalanced forces
KS3 4 Acceleration
KS3 5 Streamlined
KS3 6 Terminal velocity
KS3 7 Simple magnets
KS3 8 Using magnets
KS3 9 Electro-magnets, motors and generators
KS3 10 Factors which affect electromagnet strength
KS3 Physics 4
KS3 1 Light in a straight line and reflection
KS3 2 Refraction
KS3 3 Splitting white light into colours
KS3 4 Filters
KS3 5 The structure of the eye
KS3 6 Lenses
KS3 7 Pinhole cameras and lenses
KS3 8 Earth’s Orbit and eclipses
KS3 9 Seasons
KS3 10 History of the solar system
KS3 11 The scale of the universe
KS3 12 The expanding universe
KS3 Physics 5
KS3 1 Energy transfers
KS3 2 Conservation of energy
KS3 3 Efficiency
KS3 4 Our source of energy, the Sun
KS3 5 Generating electricity
KS3 6 Fossil fuels
KS3 7 Using fossil fuels
KS3 8 Renewable energy
KS3 9 Storing Energy
KS3 10 Stretching and compressing
KS3 11 Electrical power
KS3 12 Electricity bills
KS3 Yr9 Bio 5
KS3 Physics 6
1 Series vs parallel circuits
2 Current and voltage in series circuits
3 Current and voltage in parallel circuits
4 Resistance
5 Ohm’s Law
6 Atoms, ions and static
7 The Van de Graaff generator
8 Electrical energy
KS3 Physics 7
1 Transverse and longitudinal
2 Measuring waves
3 The EM spectrum
4 Uses of low energy EM
5 Uses of high energy EM
6 Introduction to sound
7 Musical sounds
8 Speed of sound
9 The structure of the ear
10 Dangerous sounds
KS4-PHYSICS
P1-ENERGY
P1.1 Changes in Stores
P1.2-Conservation of energy
P1.3-Energy and work
P1.4-Gravitational potential energy stores
P1.5-Kinetic energy and elastic energy stores
P1.6-Energy Dissipation
P1.7-Energy and Efficiency
P1.8-Electrical Appliances
P1.9-Energy and power
RWB-Kinetic energy and Gravitational potential
RWB - Global energy resources
RWB - Applications of cost
P2-HEATING
P2.1 Energy Transfer by Conduction
P2.2 Infrared radiation (T)
P2.3 More about infrared radiation (T)
P2.4 Specific heat capacity
P2.4 Required Practical Specific heat capacity
P2.5 Heating and insulating build
P3-ENERGYRESOURCES
P3.1 Energy demands
P3.2 Energy from wind and water
P3.3 Power from the sun and the earth
P3.4 Energy from the environment
P3.5 Big Energy Issues
P4-Electric circuits
P4.1 - Electrical Charges and fields
P4.2 - Current and charge
P4.3 - Potential difference and resistance
P4.4 - Component characteristics
P4.5 - Series circuits
P4.6 - Parallel circuits
P4-RQ-Resistance
P5-Electricity at home
P5.1-Alternating current
P5.2-Cables and plugs
P5.3-Electrical power and PD
P5.4-Electrical currenst and energy transfer
P5.5-Appliances and efficiency
P6-Particles
P6.1 - Density
P6.1 - Density RQ
P6.2- States of matter
P6.3 - Changes of state
P6.4 - Internal energy
P6.5 - Specific Latent heat
P6.6 - gas pressure temperature (T)
P6.7 - Gas pressure and volume
P6- Revision
P7-Radioactivity
P7.1 Atoms and Radiation
P7.2 The discovery of the nucleus
P7.3 Changes in the nucleus
P7.4 More about alpha, beta, gamma radiation
P7.5 Activity and half-life
P7.6 Nuclear radiation in medicine
P7.7 Nuclear Fission
P7.8 Nuclear Fusion
P7.9 Nuclear issues
P8-FORCES
P8.1 Vectors and scalars
P8.2 Forces between objects
P8.3 Resultant forces
P8.4 Moments at work
P8.5 More about levers and gears
P8.6 Centre of mass
P8.7 Moments and equilibrium
P8.8 The parallelogram of forces
P8.9 Resolution of forces
P9-Motion
P9.1 Speed and Distance-Time Graph
P9.2 Velocilty and acceleration
P9.3 More about velocity-time Graph
P9.4 Analysing motion graphs
P10-Force and Motion
P10.1 - Force and acceleration
P10.2 - Weight and terminal velocity
P10.3 Forces and braking
P10.4 Momentum
P10.5 Using conservation of momentum (T)
P10.6 Impact forces (T)
P10.7 Safety First (T)
P10.8 Forces and Elasticity
Required Practical F=MA
P11-Forces and Pressure
P11.1 Pressure and surfaces
P11.2 Pressure in a liquid at rest
P11.3 Atmospheric pressure
P11.4 Upthrust and flotation
P12-Wave Properties
P12.1 The nature of waves
P12.2 The properties of waves
P12.3 Reflection and refraction
P12.4 More about waves
P12.5 Sound waves
P12.6 The uses of ultrasound
P12.7 Seismic waves
P13-Electromagnetic waves
P13.1- The Electromagnetic Spectrum
P13.2- Light, Ingrared, microwaves, and radio waves
P13.3- Communications
P13.4- Ultraviolet waves, xrays, and Gamma Rays
P13.5 X-rays in medicine
P14-Light
P14.1 Reflection of light
P14.2 Refraction of light
P14.3 Light and colour
P14.4 Lenses
P14.5 Using lenses
P15-ElectroMagnetism
P15.1 Magnetic Fields
P15.2 Magnetic fields of electric currents
P15.3 Electromagnets in devices
P15.4 The motor Effect
P15.5 The generator effect
P15.6 The alternating-current generator
P15.7 Transformers
P15.8 Transformers in action
P16-Space
P16.1 Formation of the solar system
P16.2 the live history of a star
P16.3 Planets, satellites and orbits
P16.4 The expanding universe
P16.5 The beginning and future of the universe
PExamSkills/Revision
Reading Graphs
Formula
KS4-CHEMISTRY
C1-Atomic Structure
C1.1 Atoms
C1.2 Chemical Equations
C1.3 Separating mixtures
C1.4 Fractional distillation Chromatography
C1.5 History of the atom
C1.6 Structure of the atom
C1.7 Ions, Atoms, Isotopes
C1.8 Electronic Structure
C2 - The Periodic Table
C2.1 Development of the periodic table
C2.2 Electronic structures and the periodic table
C2.3 Group 1 - The alkali metals
C2.4 Group 7 - The Halogens
C2.5 Explaining trends
C2.6 The transition elements
C3 - Structure and Bonding
C3.1 - States of matter
C3.2 - Atoms into Ions
C3.3 - Ionic Bonding
C3.4 - Giant ionic structures
C3.5 - Covalent bonding
C3.6 - Structure of simple molecules
C3.7 - Giant covalent structures
C3.8 Fullerenes and graphene
C3.9 Bonding in metals
C3.10 Giant metallic structures
C3.11 - T - Nanoparticles
C3.12 - T - Application of nanoparticles
C4 - Chemical Calculations
C4.1 Relative masses and moles
C4.2 Equations and calculations
C4.3 from masses to balanced equations
C4.4 The yield of a chemical reaction
C4.5 atom economy
C4.6 Expressing concentrations
C4.7 Titrations
C4.8 Titration calculations
C4.9 Volumes of gases
C5 - Chemical Changes
C5.1-The reactivity series
C5.2-Displacement reactions
C5.3-Extracting metals
C5.4-salts from metals
C5.5-salts from insoluble bases
C5.6-Making more salts
C5.7-Neutralisation and the pH scale
C5.8-Strong and weak acids
C6 - Electrolysis
C6.1-Introduction to electrolysis
C6.2-Changes at the electrodes
C6.3-Extraction of aluminium
C6.4-Electrolysis of aqueous solutions
C13-Atmosphere
C13.1 The history of our atmosphere
C13.2 Our evolving atmosphere
C13.3 Greenhouse gases
C13.4 Global climate change
C13.5 Atmospheric pollution
C7-Energy Changes
C7.1 Exothermic and endothermic reactions
C7.2 Using energy transfers from reactions
C7.3 Reaction profiles
C7.4 Bond energy calculations
C12-Chemical Analysis
12.1 substances and mixtures
12.2 Anyalysising chromograms
12.2 CHromoPract
C12.3 Testing for gases
KS4-BIOLOGY
B1-CellStructure
B1.1 Microscopes
B1.2 Animal and plant cells
B1.3 Eukaryotic and prokaryotic cells
B1.4 Specialisation in animal cells
B1.5 Specialisation in plant cells
B1.6 Diffusion
B1.7 Osmosis
B1.8 Osmosis in plants
B1.9 Active transport
B1.10 Exchanging materials
B2- Cell Division
B2.1 - Cell Division
B2.2- Growth and Differentiation
B2.3 - STEM cells
B2.4 - Stem Cell Dilemmas
B3- Organisation and the digestive system
B3.1- Tissues and organs
B3.2- THe human digestive system
B3.3- The chemistry of food
B3.4- Catalysts and enzymes
B3.5- Factros affecting enzyme action
B3.6- How the digestive system works
B3.7- Making digestion efficient
B16-Ecology
B16.1 The importance of communities
B16.2 Organisms in their environment
B16.3 Distribution and abundance
B16.4 Competition in animals
B16.5 Competition in plants
B16.6 Adapt and survive
B16.7 Adaption in animals
B16.8 Adaptions in plants
B4-Organisation animals and plants
B4.1-The blood
B4.2 The blood Vessels
B4.3- The heart
B4.4- Helping the heart
B4.5-Breathing and gas exchange
B4.6 Tissues and Organs in plants
B4.7 Transport system in plants
B4.8- Evaporation and transpiration
B4.9-Factors affecting transpiration
KS4 IMEDIA
R082-LO2
R082_Lesson2
R082_Lesson3
R082_Lesson4
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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
11-Paper3
10-Paper2
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
