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2. N,0, is decomposed into 2NO, in gas phase. The equilibrium extent of decomposition X is given by KIP X = (6) V4+K/P where P is in bar and K, is the equilibrium constant. The mole fraction of NO2 is related to X as 2x , (7) 1+ X' The van't Hoff equation expresses the temperature dependence of K, on the heat of reaction AH. as , (). 1exp (8) RT where T is the temperature and R = 8.314 J/mol K) is the gas constant. At room temperature T, = 298 K, the equilibrium constant is K (T) = 0.154 and the heat of reaction at a temperature T is given by sa C) = ah _.(..)+[40,47 (9) where AH,..(T.) = 57200 J/mol and AC,(T) = 12.80-7.239x10 T +4.301x10T2 +1.573x10*T )/(molK). (10) Write a script file HW7_2_YourLastName.m that plots yno, as a function of temperature, Yxo, (7), over the temperature range of 200 to 400 K at P = 0,1, 1, and 10 bar. K.(D)JEK_(CTOP MA 247]