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Topic 1.11.1 Solids, liquids and gasesObjectives in this topic1.1.1Distinguishing properties of solids1.1.2Structures of solids, liquids and1.1.3Changes of state in terms of melting1.1.4Effects of temperature and pressure on1.1.5Changes of state using kinetic1.1.6Effects of temperature and pressure on1.1.1—Distinguishing properties of solids State the distinguishing properties of solids, liquids and gases 1.1.2—Structures of solids, liquids and Describe structures of solids, liquids and gases in terms of particle separation, arrangement and motion 1.1.3—Changes of state in terms of melting Describe changes of state in terms of melting, boiling, evaporating, freezing and condensing 1.1.4—Effects of temperature and pressure on Describe effects of temperature and pressure on the volume of a gas 1.1.5—Changes of state using kinetic Explain changes of state using kinetic particle theory, including the interpretation of heating and cooling curves 1.1.6—Effects of temperature and pressure on Explain the effects of temperature and pressure on gas volume using kinetic particle theory
Objectives in this topic1.1.1Distinguishing properties of solids1.1.2Structures of solids, liquids and1.1.3Changes of state in terms of melting1.1.4Effects of temperature and pressure on1.1.5Changes of state using kinetic1.1.6Effects of temperature and pressure on
Describe structures of solids, liquids and gases in terms of particle separation, arrangement and motion
Explain changes of state using kinetic particle theory, including the interpretation of heating and cooling curves
Topic 1.21.2 DiffusionObjectives in this topic1.2.1Diffusion using kinetic particle1.2.2Effect of relative molecular mass on1.2.1—Diffusion using kinetic particle Describe/explain diffusion using kinetic particle theory 1.2.2—Effect of relative molecular mass on Describe/explain the effect of relative molecular mass on the rate of diffusion of gases
Objectives in this topic1.2.1Diffusion using kinetic particle1.2.2Effect of relative molecular mass on