Heating Curve of Aluminum
Content
Name_________________________________ Chemistry
Date__________________________ Bronx Prep/____________________
Heating Curve of Aluminum
Boiling Point of Aluminum = 2520 degrees Celsius Energy axis Melting Point of Aluminum = 660 degrees Celsius
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Temperature --
Test Questions Will Cover……
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Name_________________________________ Chemistry
Date__________________________ Bronx Prep/____________________
1. Identify Phase Changes 2. Identify Properties of different Phases (Solid, Liquid, Gas) 3. Use Simple Particle Model to Differentiate between Phases (Solid, Liquid, Gas) 4. Compare the energy levels of molecules between phases. 5. Identify Type of Phase Change occurring. 6. Identify Heat released or absorbed depending on the type of Phase Change 7. Distinguish between Heat energy and temperature in terms of molecular motion. 8. Calculate Heat energy released or added during a temperature change. 9. Calculate Heat energy released or added during a phase change. 10. Qualitatively interpret heating curves in terms of changes in kinetic and potential energy of molecules, heat of vaporization, heat of fusion, and phase changes. 11. Explain Phase Changes in terms of the changes in energy and intermolecular distances. 12. Convert between temperatures (Celsius, Kelvin, Fahrenheit)
Date__________________________ Bronx Prep/____________________
Heating Curve of Aluminum
Boiling Point of Aluminum = 2520 degrees Celsius Energy axis Melting Point of Aluminum = 660 degrees Celsius
--
____________
Temperature --
Test Questions Will Cover……
____________
Name_________________________________ Chemistry
Date__________________________ Bronx Prep/____________________
1. Identify Phase Changes 2. Identify Properties of different Phases (Solid, Liquid, Gas) 3. Use Simple Particle Model to Differentiate between Phases (Solid, Liquid, Gas) 4. Compare the energy levels of molecules between phases. 5. Identify Type of Phase Change occurring. 6. Identify Heat released or absorbed depending on the type of Phase Change 7. Distinguish between Heat energy and temperature in terms of molecular motion. 8. Calculate Heat energy released or added during a temperature change. 9. Calculate Heat energy released or added during a phase change. 10. Qualitatively interpret heating curves in terms of changes in kinetic and potential energy of molecules, heat of vaporization, heat of fusion, and phase changes. 11. Explain Phase Changes in terms of the changes in energy and intermolecular distances. 12. Convert between temperatures (Celsius, Kelvin, Fahrenheit)
