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1 Measurement and uncertainty
1.1a SI units
1.2a Random and systematic errors
1.2b Propagating errors
1.2c Uncertainties and graphs
1.3 Vectors and scalars
2 Mechanics
2.1a Displacement and velocity
2.1b Acceleration and SUVAT
2.1c Graphs of motion
2.1d Projectile motion
2.1e Fluid motion and terminal speed
2.2a Forces: Definitions and diagrams
2.3a Work and energy
2.3b Potential energy
2.3c Collisions
2.4a Impulse and force-time graphs
3 Thermal physics
3 Thermal physics: review and reflection
3.1a Thermal concepts
3.1b Heat and temperature
3.1c Heat transfer
3.1d Evaporation
3.1e Specific heat capacity
3.1f Phase change and heat
3.2a Gas properties
3.2b Gas laws
3.2c Kinetic energy and temperature
4 Waves
4 Waves: Review and Reflection
4.1 Oscillations
4.2a Travelling waves
4.2b Electromagnetic waves
4.2c Sound waves
4.3a Wavefronts, rays and graphs
4.3b Amplitude, intensity and the inverse square law
4.3b Additional resources
4.3c Superposition
4.3d Polarization
4.4a Reflection and refraction
4.4b Total internal reflection
4.4c Diffraction
4.4d Interference
4.5a Standing Waves: Introductions
4.5a Additional Resources
4.5b Standing Waves: Calculations
5 Electricity and magnetism
5.1a Electric fields: Charge
5.1b Coulomb's Law
5.1c Electric field strength
5.1d Electric current
5.1e Electric potential
5.2a Circuit diagrams, ammeters and voltmeters
5.2b Resistance
5.2c Resistivity
5.2d Combining resistors
Combining resistors - extra resources
5.2e Potential dividers
5.2f Kirchhoff's Laws
5.4a Magnetic fields
5.4b Charges in a magnetic field
6 Circular motion and gravitation
6 Circular motion and gravitation: review and reflection
6.1a Motion in a circle
6.2a Newton's Theory of Gravitation
6.2b Orbital mechanics
7 Atomic, nuclear and particle physics
8 Energy Production
8.1a Energy sources and density
8.1b Thermal and renewable energy generation
8.1c Nuclear fission and fusion
Nuclear Power
9 Wave phenomena
9 Wave phenomena: Review and reflection
9.1a Describing Simple Harmonic Motion
9.1b Energy and Simple Harmonic Motion
9.1c The simple pendulum and mass-spring systems
9.2 Single-slit diffraction
9.3 Interference
9.4 Resolution
9.5a Doppler effect in sound
9.5b Doppler effect in EM radiation
10 Fields
10 Fields: Review and reflection
10.1a Gravitational fields
11 Electromagnetic induction
12 Quantum and nuclear physics
12.1a The photoelectric effect
12.1b Matter waves
12.1c The Bohr model
12.1d Schrödinger and Heisenberg
12.1e Pair production and annihilation
12.2a Nuclear radius and density
D Astrophysics
D.1a Objects in the Universe
D.1a - Nebulae
D.1b Astronomical distances
D.1c Luminosity and brightness
D.2a Stellar spectra - introduction
D.2a Stellar spectra - composition
D.2a Stellar spectra - application
D.2b The Hertzsprung-Russell diagram
HR Diagrams activity
D.2c Cepheid variables
D.2d Stellar evolution: birth and life
D.2e Stellar evolution: death
D.3a Early models of cosmology
D.3b Hubble's Law
D.3c Cosmic microwave background
D.3d An accelerating universe
D.4a Jeans criterion and main-sequence fusion
D.4b Fusion off the main-sequence, nucleosynthesis and supernovae
D.5a Critical density and topology
D.5b Dark Matter Dark Energy
Rotation Curves activity
Quantum and atomic
Feynman diagrams
Internal Assessment
Sodding big list of potential IAs in Physics
Sodding useful videos!
Extended Essay
Farrow Physics
A. Space, time and motion
A.1 Kinematics
Vectors
A.1a review questions
A.2 Forces and momentum
A.3 Work, energy and power
A.4 Rigid body mechanics (AHL)
A.5 Galilean and special relativity (AHL)
A. Review
B. The particle nature of matter
B.1 Thermal energy transfers
B.2 Greenhouse effect
B.3 Gas laws
B.4 Thermodynamics (AHL)
Entropy
B.5 Currents and circuits
B. Review
C. Wave behaviour
C. Review
D. Fields
D.1 Gravitational fields
D.2 Electric & magnetic fields
D.3 Motion in EM fields
D.4 Induction (AHL)
D. Review
E. Nuclear and quantum physics
E.2 Quantum physics
E.3 Radioactive decay
E.3 Extension material
E.5 Fusion and stars
E. Review
The Experimental Programme
Scientific investigation (IA)
Previously submitted IAs
Farrow Physics
Home
1 Measurement and uncertainty
1.1a SI units
1.2a Random and systematic errors
1.2b Propagating errors
1.2c Uncertainties and graphs
1.3 Vectors and scalars
2 Mechanics
2.1a Displacement and velocity
2.1b Acceleration and SUVAT
2.1c Graphs of motion
2.1d Projectile motion
2.1e Fluid motion and terminal speed
2.2a Forces: Definitions and diagrams
2.3a Work and energy
2.3b Potential energy
2.3c Collisions
2.4a Impulse and force-time graphs
3 Thermal physics
3 Thermal physics: review and reflection
3.1a Thermal concepts
3.1b Heat and temperature
3.1c Heat transfer
3.1d Evaporation
3.1e Specific heat capacity
3.1f Phase change and heat
3.2a Gas properties
3.2b Gas laws
3.2c Kinetic energy and temperature
4 Waves
4 Waves: Review and Reflection
4.1 Oscillations
4.2a Travelling waves
4.2b Electromagnetic waves
4.2c Sound waves
4.3a Wavefronts, rays and graphs
4.3b Amplitude, intensity and the inverse square law
4.3b Additional resources
4.3c Superposition
4.3d Polarization
4.4a Reflection and refraction
4.4b Total internal reflection
4.4c Diffraction
4.4d Interference
4.5a Standing Waves: Introductions
4.5a Additional Resources
4.5b Standing Waves: Calculations
5 Electricity and magnetism
5.1a Electric fields: Charge
5.1b Coulomb's Law
5.1c Electric field strength
5.1d Electric current
5.1e Electric potential
5.2a Circuit diagrams, ammeters and voltmeters
5.2b Resistance
5.2c Resistivity
5.2d Combining resistors
Combining resistors - extra resources
5.2e Potential dividers
5.2f Kirchhoff's Laws
5.4a Magnetic fields
5.4b Charges in a magnetic field
6 Circular motion and gravitation
6 Circular motion and gravitation: review and reflection
6.1a Motion in a circle
6.2a Newton's Theory of Gravitation
6.2b Orbital mechanics
7 Atomic, nuclear and particle physics
8 Energy Production
8.1a Energy sources and density
8.1b Thermal and renewable energy generation
8.1c Nuclear fission and fusion
Nuclear Power
9 Wave phenomena
9 Wave phenomena: Review and reflection
9.1a Describing Simple Harmonic Motion
9.1b Energy and Simple Harmonic Motion
9.1c The simple pendulum and mass-spring systems
9.2 Single-slit diffraction
9.3 Interference
9.4 Resolution
9.5a Doppler effect in sound
9.5b Doppler effect in EM radiation
10 Fields
10 Fields: Review and reflection
10.1a Gravitational fields
11 Electromagnetic induction
12 Quantum and nuclear physics
12.1a The photoelectric effect
12.1b Matter waves
12.1c The Bohr model
12.1d Schrödinger and Heisenberg
12.1e Pair production and annihilation
12.2a Nuclear radius and density
D Astrophysics
D.1a Objects in the Universe
D.1a - Nebulae
D.1b Astronomical distances
D.1c Luminosity and brightness
D.2a Stellar spectra - introduction
D.2a Stellar spectra - composition
D.2a Stellar spectra - application
D.2b The Hertzsprung-Russell diagram
HR Diagrams activity
D.2c Cepheid variables
D.2d Stellar evolution: birth and life
D.2e Stellar evolution: death
D.3a Early models of cosmology
D.3b Hubble's Law
D.3c Cosmic microwave background
D.3d An accelerating universe
D.4a Jeans criterion and main-sequence fusion
D.4b Fusion off the main-sequence, nucleosynthesis and supernovae
D.5a Critical density and topology
D.5b Dark Matter Dark Energy
Rotation Curves activity
Quantum and atomic
Feynman diagrams
Internal Assessment
Sodding big list of potential IAs in Physics
Sodding useful videos!
Extended Essay
Farrow Physics
A. Space, time and motion
A.1 Kinematics
Vectors
A.1a review questions
A.2 Forces and momentum
A.3 Work, energy and power
A.4 Rigid body mechanics (AHL)
A.5 Galilean and special relativity (AHL)
A. Review
B. The particle nature of matter
B.1 Thermal energy transfers
B.2 Greenhouse effect
B.3 Gas laws
B.4 Thermodynamics (AHL)
Entropy
B.5 Currents and circuits
B. Review
C. Wave behaviour
C. Review
D. Fields
D.1 Gravitational fields
D.2 Electric & magnetic fields
D.3 Motion in EM fields
D.4 Induction (AHL)
D. Review
E. Nuclear and quantum physics
E.2 Quantum physics
E.3 Radioactive decay
E.3 Extension material
E.5 Fusion and stars
E. Review
The Experimental Programme
Scientific investigation (IA)
Previously submitted IAs
More
Home
1 Measurement and uncertainty
1.1a SI units
1.2a Random and systematic errors
1.2b Propagating errors
1.2c Uncertainties and graphs
1.3 Vectors and scalars
2 Mechanics
2.1a Displacement and velocity
2.1b Acceleration and SUVAT
2.1c Graphs of motion
2.1d Projectile motion
2.1e Fluid motion and terminal speed
2.2a Forces: Definitions and diagrams
2.3a Work and energy
2.3b Potential energy
2.3c Collisions
2.4a Impulse and force-time graphs
3 Thermal physics
3 Thermal physics: review and reflection
3.1a Thermal concepts
3.1b Heat and temperature
3.1c Heat transfer
3.1d Evaporation
3.1e Specific heat capacity
3.1f Phase change and heat
3.2a Gas properties
3.2b Gas laws
3.2c Kinetic energy and temperature
4 Waves
4 Waves: Review and Reflection
4.1 Oscillations
4.2a Travelling waves
4.2b Electromagnetic waves
4.2c Sound waves
4.3a Wavefronts, rays and graphs
4.3b Amplitude, intensity and the inverse square law
4.3b Additional resources
4.3c Superposition
4.3d Polarization
4.4a Reflection and refraction
4.4b Total internal reflection
4.4c Diffraction
4.4d Interference
4.5a Standing Waves: Introductions
4.5a Additional Resources
4.5b Standing Waves: Calculations
5 Electricity and magnetism
5.1a Electric fields: Charge
5.1b Coulomb's Law
5.1c Electric field strength
5.1d Electric current
5.1e Electric potential
5.2a Circuit diagrams, ammeters and voltmeters
5.2b Resistance
5.2c Resistivity
5.2d Combining resistors
Combining resistors - extra resources
5.2e Potential dividers
5.2f Kirchhoff's Laws
5.4a Magnetic fields
5.4b Charges in a magnetic field
6 Circular motion and gravitation
6 Circular motion and gravitation: review and reflection
6.1a Motion in a circle
6.2a Newton's Theory of Gravitation
6.2b Orbital mechanics
7 Atomic, nuclear and particle physics
8 Energy Production
8.1a Energy sources and density
8.1b Thermal and renewable energy generation
8.1c Nuclear fission and fusion
Nuclear Power
9 Wave phenomena
9 Wave phenomena: Review and reflection
9.1a Describing Simple Harmonic Motion
9.1b Energy and Simple Harmonic Motion
9.1c The simple pendulum and mass-spring systems
9.2 Single-slit diffraction
9.3 Interference
9.4 Resolution
9.5a Doppler effect in sound
9.5b Doppler effect in EM radiation
10 Fields
10 Fields: Review and reflection
10.1a Gravitational fields
11 Electromagnetic induction
12 Quantum and nuclear physics
12.1a The photoelectric effect
12.1b Matter waves
12.1c The Bohr model
12.1d Schrödinger and Heisenberg
12.1e Pair production and annihilation
12.2a Nuclear radius and density
D Astrophysics
D.1a Objects in the Universe
D.1a - Nebulae
D.1b Astronomical distances
D.1c Luminosity and brightness
D.2a Stellar spectra - introduction
D.2a Stellar spectra - composition
D.2a Stellar spectra - application
D.2b The Hertzsprung-Russell diagram
HR Diagrams activity
D.2c Cepheid variables
D.2d Stellar evolution: birth and life
D.2e Stellar evolution: death
D.3a Early models of cosmology
D.3b Hubble's Law
D.3c Cosmic microwave background
D.3d An accelerating universe
D.4a Jeans criterion and main-sequence fusion
D.4b Fusion off the main-sequence, nucleosynthesis and supernovae
D.5a Critical density and topology
D.5b Dark Matter Dark Energy
Rotation Curves activity
Quantum and atomic
Feynman diagrams
Internal Assessment
Sodding big list of potential IAs in Physics
Sodding useful videos!
Extended Essay
Farrow Physics
A. Space, time and motion
A.1 Kinematics
Vectors
A.1a review questions
A.2 Forces and momentum
A.3 Work, energy and power
A.4 Rigid body mechanics (AHL)
A.5 Galilean and special relativity (AHL)
A. Review
B. The particle nature of matter
B.1 Thermal energy transfers
B.2 Greenhouse effect
B.3 Gas laws
B.4 Thermodynamics (AHL)
Entropy
B.5 Currents and circuits
B. Review
C. Wave behaviour
C. Review
D. Fields
D.1 Gravitational fields
D.2 Electric & magnetic fields
D.3 Motion in EM fields
D.4 Induction (AHL)
D. Review
E. Nuclear and quantum physics
E.2 Quantum physics
E.3 Radioactive decay
E.3 Extension material
E.5 Fusion and stars
E. Review
The Experimental Programme
Scientific investigation (IA)
Previously submitted IAs
E.2 Quantum physics
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