Exercise 1 — IGCSE 0653 May/Jun 2023 Paper 31 Q3
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convection
Thermal energy = mass × specific heat capacity × temperature change (Q = mcΔT)Pressure × Volume = constant (Boyle's law, constant temperature)P/T = constant (pressure law, constant volume)V/T = constant (Charles' law, constant pressure)Combined gas law: PV/T = constant14 Cambridge IGCSE 0653 Combined Sciences past paper questions on thermal physics, across Theory, Multiple Choice and Alternative to Practical.
Thermal physics covers the transfer of energy by conduction, convection and radiation, and the effects of heating on solids, liquids and gases. Specific heat capacity and latent heat are key calculations.
What's covered:
| Type | Level | Paper | Session | Q# | Marks | Answer / key |
|---|---|---|---|---|---|---|
| ATP | Extended | Paper 62 | May/Jun 2024 | Q4 | 13 marks | 78.5 |
| ATP | Extended | Paper 62 | Oct/Nov 2023 | Q4 | 13 marks | 220(.0) (cm3) |
| MCQ | Core | Paper 12 | May/Jun 2024 | Q32 | 1 mark | C |
| MCQ | Core | Paper 12 | May/Jun 2024 | Q33 | 1 mark | C |
| MCQ | Core | Paper 12 | May/Jun 2024 | Q34 | 1 mark | A |
| MCQ | Core | Paper 12 | May/Jun 2024 | Q35 | 1 mark | C |
| MCQ | Core | Paper 11 | Oct/Nov 2023 | Q34 | 1 mark | D |
| MCQ | Core | Paper 11 | Oct/Nov 2023 | Q35 | 1 mark | A |
| MCQ | Extended | Paper 23 | May/Jun 2024 | Q33 | 1 mark | B |
| MCQ | Extended | Paper 23 | May/Jun 2024 | Q34 | 1 mark | A |
| MCQ | Extended | Paper 23 | May/Jun 2025 | Q31 | 1 mark | C |
| MCQ | Extended | Paper 23 | May/Jun 2025 | Q32 | 1 mark | D |
| Theory | Core | Paper 31 | May/Jun 2023 | Q3 | 8 marks | convection |
| Theory | Extended | Paper 41 | May/Jun 2024 | Q3 | 9 marks | convection |