HSW 1, 2, 3, 7, 11 4.5.3 3 TELTRON Electron diffraction tube demo TAP resource on including the Teltron tube demo. Wave-particle duality 5.1.1 5 PAG 11.2 Determining specific heat capacity for new content to specification. Temperature, investigates designs for a liquid in glass How science works, considering the different . 5.1.2 Solid, liquid thermometer. How science works, relates to the operation of a and gas, 5.1.3 covers the method of mixtures for determining refrigerator. Thermal specific heat capacity and specific latent heat. HSW1,2,4,5,7 properties of materials 5.1.4 Ideal gases 5 PAG 8.1, 8.2 classic gas law experiments Learners are expected to understand the assumptions for the model of kinetic theory: PAG 8.3 investigation of work done by a gas when heated large number of molecules in random, rapid motion PAG 8.4 verifying pV=NkT using bicycle tube particles (atoms or molecules) occupy Excellent new on investigating the gas laws. negligible volume compared to the volume of gas all collisions are perfectly elastic the time of collisions is negligible compared to the time between collisions the forces between particles are negligible except during collisions Phet simulations on and . referenced in the delivery guide. The TAP guide to
HSW 1, 2, 3, 7, 11 4.5.3 Wave-particle duality 3 TELTRON Electron diffraction tube demo TAP resource on including the Teltron tube demo. 5.1.1 Temperature, 5.1.2 Solid, liquid and gas, 5.1.3 Thermal properties of materials 5 PAG 11.2 Determining specific heat capacity investigates designs for a liquid in glass thermometer. covers the method of mixtures for determining specific heat capacity and specific latent heat. for new content to specification. How science works, considering the different . How science works, relates to the operation of a refrigerator. HSW1,2,4,5,7 5.1.4 Ideal gases 5 PAG 8.1, 8.2 classic gas law experiments PAG 8.3 investigation of work done by a gas when heated PAG 8.4 verifying pV=NkT using bicycle tube Excellent new on investigating the gas laws. Learners are expected to understand the assumptions for the model of kinetic theory: large number of molecules in random, rapid motion particles (atoms or molecules) occupy negligible volume compared to the volume of gas all collisions are perfectly elastic the time of collisions is negligible compared to the time between collisions the forces between particles are negligible except during collisions Phet simulations on and . referenced in the delivery guide. The TAP guide to