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Unit 2 of 6

Thermal Physics

Cambridge IGCSE Physics 0625 · 52 lessons · 23 quizzes

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2.1

Kinetic Particle Model of Matter (Part 1)20 min

2.1

Kinetic Particle Model of Matter (Part 2)20 min

2.1

Kinetic Particle Model of Matter (Part 3)20 min

2.1.1

States OF Matter20 min

2.1

Atomic structure and the Periodic Table — Question Bank (Cambridge)20 min

2.1

Dissolving — Question Bank (Cambridge)20 min

2.1

Solids liquids and gases — Question Bank (Cambridge)20 min

2.1.2

Particle Model20 min

2.1.2

Molecular Matter20 min

2.1.3

Particle Model of Gases20 min

2.1.3

Gases AND THE Absolute Scale OF Temperature20 min

2.1.4

Brownian Motion20 min

2.1.5

Gases and Absolute Temperature20 min

2.2

Thermal Properties and Temperature (Part 1)20 min

2.2

Thermal Properties and Temperature (Part 2)20 min

2.2

Thermal Properties and Temperature (Part 3)20 min

2.2.1

Thermal Expansion OF Solids, Liquids AND Gases20 min

2.2

Trends in Groups — Question Bank (Cambridge)20 min

2.2

Solutions and solubility — Question Bank (Cambridge)20 min

2.2

Changes of state — Question Bank (Cambridge)20 min

2.2.1

Thermal Expansion20 min

2.2.2

Specific HEAT Capacity20 min

2.2.3

Investigating Specific Heat Capacity20 min

2.2.3

Melting, Boiling AND Evaporation20 min

2.3

Why elements react — Question Bank (Cambridge)20 min

2.3

Planning a solubility investigation — Question Bank (Cambridge)20 min

2.3

Explaining changes of state — Question Bank (Cambridge)20 min

2.2.4

Melting and Boiling20 min

2.2.5

Evaporation20 min

2.3

Transfer of Thermal Energy (Part 1)20 min

2.3

Transfer of Thermal Energy (Part 2)20 min

2.3

Transfer of Thermal Energy (Part 3)20 min

2.3

Transfer of Thermal Energy (Part 4)20 min

2.3.1

Conduction20 min

3.1

Forces and motion — Question Bank (Cambridge)20 min

3.1

Gravity weight and mass — Question Bank (Cambridge)20 min

2.3.1

Demonstrating Conduction20 min

2.3.2

Convection20 min

3.2

Heat and temperature — Question Bank (Cambridge)20 min

3.2

Speed — Question Bank (Cambridge)20 min

3.2

Formation of the Solar System — Question Bank (Cambridge)20 min

2.3.2

Thermal Conduction20 min

2.3.3

Radiation20 min

3.3

Conservation of energy — Question Bank (Cambridge)20 min

3.3

Describing movement — Question Bank (Cambridge)20 min

3.3

Movement in space — Question Bank (Cambridge)20 min

2.3.4

Consequences OF Thermal Energy Transfer20 min

3.4

Moving from hot to cold — Question Bank (Cambridge)20 min

3.4

Turning forces — Question Bank (Cambridge)20 min

3.4

Tides — Question Bank (Cambridge)20 min

2.3.5

The Greenhouse Effect20 min

2.3.6

Investigating IR Radiation20 min

Practice for this unit

2.1.1 States OF Matter — Past papers

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2.1.2 Particle Model — Past papers

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2.1.2 Molecular Matter - Check yourself

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2.1.3 Particle Model of Gases - Check yourself

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2.1.3 Gases AND THE Absolute Scale OF Temperature — Past papers

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2.1.4 Brownian Motion - Check yourself

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2.1.5 Gases and Absolute Temperature - Check yourself

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2.2.1 Thermal Expansion OF Solids, Liquids AND Gases — Past papers

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2.2.1 Thermal Expansion - Check yourself

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2.2.2 Specific HEAT Capacity — Past papers

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2.2.3 Investigating Specific Heat Capacity - Check yourself

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2.2.3 Melting, Boiling AND Evaporation — Past papers

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2.2.4 Melting and Boiling - Check yourself

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2.2.5 Evaporation - Check yourself

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2.3.1 CONDUCTION — Past papers

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2.3.1 Demonstrating Conduction - Check yourself

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2.3.2 CONVECTION — Past papers

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2.3.2 Thermal Conduction - Check yourself

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2.3.3 RADIATION — Past papers

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2.3.4 Consequences OF Thermal Energy Transfer — Past papers

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2.3.5 The Greenhouse Effect - Check yourself

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2.3.6 Investigating IR Radiation - Check yourself

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2. Thermal Physics - Unit review (50 questions)

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