Question 8 The Vapor Pressure Of Benzene Between 10 C And 30 C Fits The Expression Inp Torr 18 332 4099 34 1 T K 1 (26.66 KiB) Viewed 56 times
Question 8 The Vapor Pressure Of Benzene Between 10 C And 30 C Fits The Expression Inp Torr 18 332 4099 34 1 T K 2 (19.66 KiB) Viewed 56 times
Question 8 The Vapor Pressure Of Benzene Between 10 C And 30 C Fits The Expression Inp Torr 18 332 4099 34 1 T K 3 (22.28 KiB) Viewed 56 times
Question 8 The vapor pressure of benzene between 10°C and 30°C fits the expression: Inp(Torr) = 18.332 - 4099.34*1/T(K). Calculate the enthalpy of vaporization of benzene in J/mol. (R=8.314 J/K.mol) -152.41 I Question 3 for the reaction of combustion of Phenol, CMS OHX) to C02(0) and H2on at 298 K Homb-3064 km. Calculate Hy of phenol R-8.354 JK mol CO2(9) -3935 m Hon ship-2856 mol O 1.-58363 iymol O2.4475 mol 03:1544 iymol 04.73 mol
Caroline and out mo na Question Cuina the power of NCIDES proceny o solution is 1017 end density of mater som 1000 m 12.55 16
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