In this lab, you will check the validity of the ideal gas law for the air. As yo

Question

In this lab, you will check the validity of the ideal gas law for the air. As you will see, air at room temperature and normal atmospheric pressure behaves very much like an ideal gas. Which of the following assumptions are we making when we say "ideal gas"? (Choose all thay apply). Answer a. Gas is diluted. b. Pressure is not too large. c. Particles are monoatomic. d. Temperature is constant. e. Particles are very small, point-like. f. Particles interact by bouncing at one another like rubber balls. g. Particles bounce elastically against the walls of the container. In this lab, you will check the validity of the ideal gas law for the air. As you will see, air at room temperature and normal atmospheric pressure behaves very much like an ideal gas. Which of the following assumptions are we making when we say "ideal gas"? (Choose all thay apply). Gas is diluted. Pressure is not too large. Particles are monoatomic. Temperature is constant. Particles are very small, point-like. Particles interact by bouncing at one another like rubber balls. Particles bounce elastically against the walls of the container. a. Gas is diluted. b. Pressure is not too large. c. Particles are monoatomic. d. Temperature is constant. e. Particles are very small, point-like. f. Particles interact by bouncing at one another like rubber balls. g. Particles bounce elastically against the walls of the container.

Explanation / Answer

a.d.f

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