Physical Science Institute
Summer 2013
States of Matter
Self-Assessment-Part 2 Teacher Guide
1. A) Determine the state of a substance at a given temperature given the freezing/melting point and normal boiling
point.
2. D) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
3. B) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
4. A) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
5. D) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
6. C) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
7. C) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
8. C) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
9. C) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
10. B) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
11. A) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
12. B) Describe states of matter and changes in states in terms of the kinetic model and electrostatic forces between
particles.
13. B) Interpret a heating/cooling graph of a pure substance in terms of states of matter, freezing/melting
temperature and heat of fusion.
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