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Mr Turner's Physics Site
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Simulations
1 - Measurements & Uncertainties
Vector Addition
Vector Components
Boat crossing river
2 - Mechanics
Uniform acceleration
Velocity vs. time graphs
Motion Graphs: Uniform Acceleration
Position, Velocity, and Acceleration vs. Time Graphs
Projectile Motion
Monkey & Hunter
Friction: Horzonital Surface
Friction: Slope
Atwood Machine
Conservation of Energy
Mass on a spring
Momentum: Elastic & Inelastic
Momentum: Explosions
3 - Thermal Physics
States of matter
Gas properties
Ideal gases
4 - Waves
SHM: Basics
SHM: Mass on a spring
Oscillations
SHM: acceleration, velocity & displacement
Wave Basics
Longitudinal Waves
Superposition
Wave pulse interference
Wave pulse reflection
Surface interference
Reflection
Refraction
Double slit path difference
Double slit pattern
Standing waves
Standing waves on strings
Pipe standing waves
Pipe harmonics
Double slit interference pattern
Superposition2
Wave interference
5 - Electricity & Magnetism
Balloons & static
Coulomb's law
Circuit Construction Kit: DC
Charges & fields
Resistivity
6 - Circular Motion
Degrees & radians
7 - Atomic, Nuclear & Particle Physics
Half-life
Build an atom
Rutherford scattering
8 - Energy Production
Blackbody radiation
9 - (AHL) Wave Phenomena
Doppler effect
Doppler effect lab
Thin film interference
Single slit interference
10 - (AHL) Fields
Charged particle in E-field
Charged particle in M-field
11 - (AHL) Electromagnetic Induction
DC Motor
Capacitors
AC Generator
12 - (AHL) Quantum & Nuclear Physics
Tutorials
Tutorial: Simple Harmonic Motion
Tutorial: Waves
Virtual Labwork
Lab: Pendulum
Lab: Collisions
Lab: Pressure
Lab: Diffraction Grating
Quizlet
1 - Measurement & uncertainty
2 - Mechanics
3 - Thermal Physics
4 - Waves
5 - Electricity & Magnetism
6 - Circular Motion & Gravitation
7 - Atomic, Nuclear & Particle Physics
8 - Energy Production
9 - (AHL) Wave Phenomena
10 - (AHL) Fields
11 - (AHL) Electromagnetic Induction
12 - (AHL) Quantum & Nuclear Physics
D - Astrophysics
Exam Questions Database
Mr Turner's Physics Site
3.1 – Thermal concepts
States of matter
3.2 – Modelling a gas
Gas properties
Ideal gases
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