| IGCSE Combined Sciences Physics 0653
Paper 6 Topic Questions Combined Sciences Physics / Paper 6 Topic 2 Thermal Physics Topic Questions
  • 2-Heat-loss-Adaptation-Heat-Loss-1.pdf
  • 2.1.1-Effects-of-heating-3-different-solids-qp-ms.pdf
  • 2.1.2-Evaporation-qp-ms.pdf
  • 2.1.2-Rate-of-cooling-of-water-qp-ms.pdf
  • 2.2.1-Investigate heat energy needed to melt ice-qp-ms.pdf
  • 2.2.2-Thermal-Energy-Changes-qp-ms.pdf
  • 2.2.2-melting-qp-ms.pdf
  • 2.2.4-Investigating-melting-qp-ms.pdf
  • 2.3.1-Expansion of a liquid-qp-ms.pdf
  • 2.3.2-Expansion of air-qp-ms.pdf
  • 2.3.3-Comparing expansion of liquids-qp-ms.pdf
  • 2.4.1-Heat capacity of a metal-qp-ms.pdf
  • 2.5.1-Expansion of metal rods-qp-ms.pdf
  • 2.5.2-Expansion of metals-qp-ms.pdf
  • 2.6.1-Investigating heat production-qp-ms.pdf
  • 2.7.1-Investigating thermal conduction of metals-qp-ms.pdf
  • 2.7.2-Investigating thermal conduction through materials-ms.pdf
  • 2.8.1-Investigating thermal energy producted-ms.pdf
  • 2.9.1-Investigating temp changes-ms.pdf
  • 2.10.1-Investigating thermal conductivity-ms.pdf
  • 2.11.1-Measuring specific heat capacity-ms.pdf
  • 2.12.1-Thermal-Conductivity-Metals-Non-metals-qp-ms.pdf
  • 2.13.1-Finding-Specific-Heat-Capacity-of-Water-Set-1-qp-ms.pdf
  • 20.1.1-Planning-Concentration-of-Solution-and-Evaporation-relation.pdf
  • 20.2.1-Planning-Evaporation.pdf
  • 20.3.1-Planning-melting-qp-ms.pdf
  • 20.4.1-Planning-physics-Heating-cooling.pdf
  • 20.5.1-Planning-Temperature-of-water-and-Resistance-of-thermistor.pdf
Note:

 Paper 6 Topic 2 Thermal Physics Topic Questions

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