For nitrogen at 300 K, B = -4.5 mL mol^-1 and C = 1100 mL^2 mol^-2. At a molar volume of 0.100 L mol^-1 (i.e. 100 mL mol

Question

For nitrogen at 300 K, B = -4.5 mL mol^-1 and C = 1100 mL^2 mol^-2. At a molar volume of 0.100 L mol^-1 (i.e. 100 mL mol^-1), which statements are correct?

Accepted Answer

The B/V_m term contributes -0.045 to Z

Accepted Answer

The C/V_m^2 term contributes +0.110 to Z

Accepted Answer

Z is greater than 1 at this molar volume

Accepted Answer

The second virial term alone would predict Z less than 1

For nitrogen at $300 K$ , $B = - 4.5 mL mo l^{- 1}$ and $C = 1100 m L^{2} mo l^{- 2}$ . At a molar volume of $0.100 L mo l^{- 1}$ (i.e. $100 mL mo l^{- 1}$ ), which statements are correct?

Answer: A, B, C, D

More questions on Virial equation of state

For nitrogen at 300 K, B=−4.5 mLmol−1 and C=1100 mL2mol−2. At a molar volume of 0.100 Lmol−1 (i.e. 100 mLmol−1), which statements are correct?

Answer: A, B, C, D

More questions on Virial equation of state

For nitrogen at $300 K$ , $B = - 4.5 mL mo l^{- 1}$ and $C = 1100 m L^{2} mo l^{- 2}$ . At a molar volume of $0.100 L mo l^{- 1}$ (i.e. $100 mL mo l^{- 1}$ ), which statements are correct?