A- Gas particles are in constant, rapid, straight-line motion.
B- Collisions between gas particles and the walls of the container are elastic collisions.
C- The temperature of a gas is proportional to its average kinetic energy.
D- There are no forces of attraction between gas particles.
E- The volume of individual gas particles is nearly zero.
For #5-#7: Give the letters of the five statements from the Kinetic- molecular Theory of Gases, above, that support the three basic characteristics of gases:
Expansion, Compressibility, and Diffusion.
Expansion:________________
Compressibility:_____________
Diffusion___________________
Which of the five statements above do not apply to "real" gases? (Give letters)________________
Why do these statements not apply to "real" gases?
Under what conditions do "real" gases deviate the most from the ideal gas? Explain why.
