At 400 k, the equilibrium for the isomerization reaction a b is rapidly established. at 2.5 atm, respectively. this temperature, the vapor pressures of a and b are 2 atm and gaseous a and b are placed in a cylinder fitted with a piston and maintained at 400 k. the cylinder is filled at i atm and movement of the piston slowly decreases the volume of the reacting system. at a pressure of 2.2 atm, a dew point is observed. assuming ideal-liquid solutions, calculate the following: (a) equilibrium constant for the reaction a (g) (b) equilibrium constant for the reaction a (1)艹b (1). he house at 75 e is compressed adiabatically