Thermal Energy and Calorimetry
| Site: | Young Education |
| Course: | Thermal Energy and Gas Laws |
| Book: | Thermal Energy and Calorimetry |
| Printed by: | Guest user |
| Date: | Friday, 25 September 2026, 3:22 AM |
1. Specific Heat Capacity
Learning outcomes
- I can define specific heat capacity and explain what it represents.
- I can explain why different substances heat and cool at different rates.
- I can calculate the thermal energy gained or lost by an object using specific heat capacity.
- I can identify the factors that affect changes in temperature.
- I can apply specific heat concepts to everyday situations and scientific problems.
2. Latent Heat and Phase Changes
Learning outcomes
- I can distinguish between sensible heating and latent heating.
- I can explain why temperature remains constant during a phase change.
- I can describe the processes of melting, freezing, boiling, condensation, sublimation, and deposition.
- I can calculate the energy required for a phase change using latent heat.
- I can relate evaporation and condensation to latent heat transfer.
3. Heating and Cooling Curves
Learning outcomes
- I can interpret heating and cooling curves.
- I can identify regions where temperature changes and where phase changes occur.
- I can explain how particle motion changes throughout a heating or cooling process.
- I can relate energy input to changes in temperature and state.
- I can predict the behavior of substances during heating and cooling.
4. Calorimetry
Learning outcomes
- I can explain the purpose of calorimetry.
- I can use the principle of conservation of energy in thermal systems.
- I can calculate unknown temperatures or energy transfers using calorimetry.
- I can identify sources of experimental error in calorimetry investigations.
- I can interpret calorimetry results in practical situations.
5. Thermal Energy Applications
Learning outcomes
- I can explain how thermal energy principles are used in cooking, heating, and cooling systems.
- I can describe how engineers use materials with different thermal properties.
- I can evaluate methods of improving thermal efficiency.
- I can explain the importance of thermal energy in natural and industrial processes.
- I can apply thermal energy concepts to solve real-world problems.