Determine the equilibrium constant Kp,1 and the enthalpy at 400 K for reaction (1): C6H11CH3 +...

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Determine the equilibrium constant Kp,1 and the enthalpy at 400 K for reaction (1): C6H11CH3 +...

Determine the equilibrium constant K_p,1 and the enthalpy at 400 K for reaction (1):

C₆H₁₁CH₃ + C₆H₆ <---> C₆H₅CH₃ + C₆H₁₂ (1)

C₆H₆ + 3H₂ <----> C₆H₁₂ (2)

C₆H₅CH₃+ 3H₂ <----> C₆H₁₁CH₃ (3)

It is known that the equilibrium constants for reaction (2) and (3) depend on temperature according to the following two equation’s:

lg K_p,2 = (9590/T) – 9.9194 lg T + 0.002285T + 8.566

lgK_p,3 = (10970/T) – 20.387

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Determine the equilibrium constant Kp,1 and the enthalpy at 400 K for reaction (1): C6H11CH3 +...

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Determine the equilibrium constant Kp,1 and the enthalpy at 400 K for reaction (1): C6H11CH3 +...