The temperature required to convert 5% of Oxygen (O2) into Oxygen(O) is 2727C. Assume, the constituents of the mixture are ideal gases and the equilibrium mixture consists of O2 and O only. a) Write the Stoichiometric and actual dissociation equations described this reaction. b) Determine Kp. c) Calculate the pressure required for achievement this reaction. (1) In terms of partial pressures KP=PAvAPBvBPCvCPDD (2) In terms of G(T) KP=eG(T)/RuT (3) In terms of the equilibrium composition KP=NAvANBvBNCvCNDvD(NtotalP)v The temperature required to convert 5% of Oxygen (O2) into Oxygen(O) is 2727C. Assume, the constituents of the mixture are ideal gases and the equilibrium mixture consists of O2 and O only. a) Write the Stoichiometric and actual dissociation equations described this reaction. b) Determine Kp. c) Calculate the pressure required for achievement this reaction. (1) In terms of partial pressures KP=PAvAPBvBPCvCPDD (2) In terms of G(T) KP=eG(T)/RuT (3) In terms of the equilibrium composition KP=NAvANBvBNCvCNDvD(NtotalP)v