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Ideal gas

Chemistry Chp. 11 Review

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Holt Modern Chemistry Review CHAPTER 11: GASES The following pages contain the bulk (but not all) of the information for the chapter 11 test. Focus on this content, but make sure to review class notes, activities, handouts, questions, etc. If you study this document and NOTHING else, you should at least be able to PASS the test. ***** Test items will be recall, examples, and/or application of this content. ***** OUTCOMES Collaborate with peer(s) to understand chemistry content (C C) Communicate chemistry content to teacher and peer(s) (E C) 11.2: Identify gas laws: Boyle?s, Charles?, Ideal gas law (T & R) 11.3: Apply reaction stoichiometry to solve gas stoichiometry problems (F & PK) 11.1: GASES AND PRESSURE Chapter Highlights

ideal gas law

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ideal gas law

IDEAL GAS LAW THE REALTIONSHIP PV=nRT describes THE BEHAVIOR OF AN IDEAL GAS. (PRESSURE*VOLUME=#MOLES*R VALUE*TEMPERATURE)
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Kinetic Molecular Theory

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Kinetic Molecular Theory All matter is composed of small particles. Particles of matter are in constant motion. Particle collisions are elastic. (No transfer of energy/loss of energy in a collision) Gases only: Volume of each gas particle is negligible compared to the volume of the sample. Particles of gases exert no forces of attractions on each other. (This is due to the great distance between molecules.) Ideas of KMT explain ideal gas behavior. Deviations of ideal gas behavior occur among real gases because real gases do have volume and IMF?s. Deviations are minimized under conditions of low pressure and high temperature (PLIGHT) Hydrogen and helium behave most like ideal gases due to their small size and very weak IMFs.
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