Use the van der Waals equation of state to calculate the pressure exerted by exactly 1 mol of gaseous ethene, C₂H₂, held at a temperature of 425 K in a vessel of volume 1.25 dm³. The values of the van der Waals parameters for ethene are a = 4.552 atm dm⁶ mol^-2 and b = 5.82 * 10^-2 dm³ mol^-1. A) 2.83 MPa B) 2.67 MPa C) 2.97 MPa D) 291 kPa

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The Answer of Use the van der Waals equation of state to calculate the pressure exerted by exactly 1 mol of gaseous ethene, C₂H₂, held at a temperature of 425 K in a vessel of volume 1.25 dm³. The values of the van der Waals parameters for ethene are a = 4.552 atm dm⁶ mol^-2 and b = 5.82 * 10^-2 dm³ mol^-1. A) 2.83 MPa B) 2.67 MPa C) 2.97 MPa D) 291 kPa

Use the Van Der Waals Equation of State to Calculate