all picks
Detailed practical instructions and other notes that explain how to find the specific heat capacity of alumnium.
Detailed practical instructions and other notes that explain how to show conduction, convection and radiation.
Detailed practical instructions and other notes that show how to use physical models to explain kinetic theory,
Detailed practical instructions and other notes that explain how to investigate spectra.
Fun, interactive research-based simulations of physical phenomena that you can download or run from the site – this one covers the relationship between the volume, temperature and pressure of a gas.
Fun, interactive research-based simulations of physical phenomena that you can download or run from the site – this one covers changes of state.
An excellent interactive animation on the gas laws that show what happens to the particle.
In this interactive you can adjust the temperature and pressure and watch what happens to different materials.
An animation that covers conduction, convection and radiation.
A site that revises energy, temperature and specific heat capacity.
A site that revises Boyle's Law and the pressure law.
How to show convection with a toaster and a bin liner and a cereal packet
An animated interactive activity about conduction, convection and radiation.
Detailed practical instructions and other notes that explain how to show thermal expansion.
Detailed practical instructions and other notes that explain how to do the Boyle's Law and explain it.
Detailed practical instructions and other notes that explain how to show the link between pressure and temperature,
Detailed practical instructions and other notes that explain how to measure the pressure and density of air,
A site that revises infrared radiation and conduction, convection and radiation, evaporation and condensation.
A site that revises types of energy, energy transfer, efficiency and Sankey diagrams.
A site that revises types of energy, energy transfer, efficiency and temperature.
A site that revises conduction, convection, radiation and efficiency.