O2 (g) is sealed in a container at t=200k and p=43.0 bar. Using various techniques the...

O2 (g) is sealed in a container at t=200k and p=43.0 bar. Using various techniques the compression factor, Z, for O2(g) in this container was determined to be 0.802

a. assuming that O2 (g) behaves as a perfect gas, calculate V_m for O₂ in this container

b. assuming that o2 (g) behaves as a van der waal's gas, calculate V_m for O₂ (g) in this container

c. use the definition of z to determine V_m for O₂ in this container.

d. compare these three calculated values of V_m and explain briefly why they are different. Which one of the 3 models is closest to the true value of V_m for O_2(g) in this container? why is your chosen model most accurate

Expert Solution

queen_honey_blossom answered 1 year ago

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Question

O2 (g) is sealed in a container at t=200k and p=43.0 bar. Using various techniques the...

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