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How does the kinetic molecular theory relate to the properties of gases?
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Student Learning Map
- Topic:08- Gases
- Subject(s):Science
- Days:15
- Grade(s):10
Concept: Kinetic Molecular Theory State the primary assumptions of the Kinetic Molecular Theory as they relate to expansion, pressure, temperature, low density, and diffusion of gases.
Suggested Extended Thinking Strategies: Inductive Reasoning or Constructing Support
Lesson Essential Question(s):How does the kinetic molecular theory illustrate the properties of gases?
What happens to gas particles when they are compressed?
What are the essential components of the kinetic molecular theory?
Lesson Essential Question(s):How are volume, pressure and temperature calculated using the combined gas law?
What are the relationships between changes in volume, temperature and pressure according to Boyle, Charles\' and Gay-Lussac\'s Laws?
What is the relationship between Avogadro\'s Law and the Ideal Gas Law Equation?
How does Dalton\'s Law of partial pressure impact the volume of a gas?
How can you use the kinetic theory to explain the behavior of ideal gases?
Lesson Essential Question(s):What impact do mole ratios in a balanced chemical equation have on gas volumes?
The asterisk(*) next to the vocabulary terms above indicates essential FCAT vocabulary. Holt Modern Chemistry textbook, ancillary materials and resource attachment(s)
Acquisition Lesson(s):
1. Untitled Acquistion Lesson2. What are the relationships between changes in volume, temperature and pressure according to Boyle, Charles\' and Gay-Lussac\'s Laws?3. What impact do mole ratios in a balanced chemical equation have on gas volumes?4. What are the essential components of the kinetic molecular theory?Extended Thinking Lesson(s):
1. How does the kinetic molecular theory illustrate the properties of gases?2. What happens to gas particles when they are compressed?3. How can you use the kinetic theory to explain the behavior of ideal gases?