Four moles of chlorine (a = 6.49 L^2 atm mol^-2, b = 0.0562 L mol^-1) are stored in a 3.00 L cylinder at 400 K (R = 0.08

Question

Four moles of chlorine (a = 6.49 L^2 atm mol^-2, b = 0.0562 L mol^-1) are stored in a 3.00 L cylinder at 400 K (R = 0.0821 L atm K^-1 mol^-1). Which statements are correct?

Accepted Answer

The free volume V - nb is 2.775 L

Accepted Answer

The pressure correction an^2/V^2 is about 11.5 atm

Accepted Answer

The van der Waals pressure is about 35.8 atm

Answer

The compressibility factor is greater than 1

Four moles of chlorine ( $a = 6.49 L^{2} atm mo l^{- 2}$ , $b = 0.0562 L mo l^{- 1}$ ) are stored in a $3.00 L$ cylinder at $400 K$ ( $R = 0.0821 L atm K^{- 1} mo l^{- 1}$ ). Which statements are correct?

Answer: A, B, C

More questions on van der Waals equation and its constants

Four moles of chlorine (a=6.49 L2atmmol−2, b=0.0562 Lmol−1) are stored in a 3.00 L cylinder at 400 K (R=0.0821 LatmK−1mol−1). Which statements are correct?

Answer: A, B, C

More questions on van der Waals equation and its constants

Four moles of chlorine ( $a = 6.49 L^{2} atm mo l^{- 2}$ , $b = 0.0562 L mo l^{- 1}$ ) are stored in a $3.00 L$ cylinder at $400 K$ ( $R = 0.0821 L atm K^{- 1} mo l^{- 1}$ ). Which statements are correct?