SafariFileEditViewHistoryBookmarks WindowHelp100%Fri 9:46 AM Benjamin wentzelopenvellum.ecollege.com& Welcome | MYSAIL - Oakland UniversityCourse Homeb Answered: - Part A How much heat (in kJ) is... | bartlebyFor Practice 12.4 - Enhanced - with Feedback6 of 10ideationI Review I Constants I Periodic TablePart AThe vapor pressure of chloroform is measured as a function of temperature and the results are tabulated and shown in the table below. Determine the heat of vaporization of chloroform from the results.Temperature (K) Pressure (torr)24310.0PDF26640.001 Tuesdayle...Graph-2284100.0316400.0334760.03571520en Shot3.45 AMExpress your answer with the appropriate units.HAShot6.07 AMΔΗvapValueUnitsSubmitRequest AnswerProvide FeedbackNext8.3.1415931DEC4étv123

According to Clausius-Clapeyron plot, enthalpy of vaporization can be determined by plotting a graph between (1/T) and ln P. While plotting, the y- axis would be labelled in ln P and x-axis would be in 1/T. The value of (1/T) and ln P is determined as follows,The graph plotted between (1/T) and ln P is shown below,The slope of the graph is -ΔH/R. The enthalpy of vaporization can be calculated as follows, The slope of the given graph is -3836.4 K-1 Slope=-ΔHvapR-3836.4 K-1=-ΔHvap8.314 J/mol\KΔHvap=3836.4 K-18.314 J/mol\K =31895.8 J/mol=31.9 kJ/mol Therefore, the enthalpy of vaporization is 31.9 kJ/mol