This example targets AP Chemistry Curriculum Framework
Learning Objectives 2.11, 2.13, 1.16, 5.6, and 5.9 by guiding
students in the construction of a model of intermolecular
interaction based on observable heats of vaporization. A
popular chemistry textbook26 states that (ref 26, p. 34)
The physical properties of a compound are determined by the
attractive forces between the individual molecules, called
intermolecular forces. It is often difficult to use the molecular
structure alone to predict a precise melting point or boiling
point for a compound. However, a few simple trends will
allow us to compare compounds to each other in a relative
way, for example, to predict which compound will boil at a
higher temperature.
This example targets AP Chemistry Curriculum Framework
Learning Objectives 2.11, 2.13, 1.16, 5.6, and 5.9 by guiding
students in the construction of a model of intermolecular
interaction based on observable heats of vaporization. A
popular chemistry textbook26 states that (ref 26, p. 34)
The physical properties of a compound are determined by the
attractive forces between the individual molecules, called
intermolecular forces. It is often difficult to use the molecular
structure alone to predict a precise melting point or boiling
point for a compound. However, a few simple trends will
allow us to compare compounds to each other in a relative
way, for example, to predict which compound will boil at a
higher temperature.
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