1. A gaseous compound that actually exists in the environment. 2. It is made up of small particles that have mass. 3. It is mostly empty space. 4. It has low density. 5. A hypothetical gas that does not really exist in the environment. 6. The gas particles are in constant and random straight-line motion. 7. The avg. KE is directly related to temperature (itemp = fmotion = 1KE). 8. It can turn into solids and liquids. IDEAL IDEAL 9. There are NO attractive or repulsive forces between gas particles. 10. Its particles have NO definite volume. 11. Collisions of particles are ELASTIC (no loss in total kinetic energy). 12. There are very small attractive and repulsive forces between gas particles which increases as temperature decreases. 13. Particles have very small volume. 14. Collisions of particles are INELASTIC (when gas particles collide, they will lose energy). 15. Obey all gas laws under all conditions of temperature and pressure.
1. A gaseous compound that actually exists in the environment. 2. It is made up of small particles that have mass. 3. It is mostly empty space. 4. It has low density. 5. A hypothetical gas that does not really exist in the environment. 6. The gas particles are in constant and random straight-line motion. 7. The avg. KE is directly related to temperature (itemp = fmotion = 1KE). 8. It can turn into solids and liquids. IDEAL IDEAL 9. There are NO attractive or repulsive forces between gas particles. 10. Its particles have NO definite volume. 11. Collisions of particles are ELASTIC (no loss in total kinetic energy). 12. There are very small attractive and repulsive forces between gas particles which increases as temperature decreases. 13. Particles have very small volume. 14. Collisions of particles are INELASTIC (when gas particles collide, they will lose energy). 15. Obey all gas laws under all conditions of temperature and pressure.
Chapter5: Gases
Section: Chapter Questions
Problem 165MP
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