3. Consider the chemical reaction: A + B C, occurring in a reactor of volume V. The equilibrium condition is A + B = μC. a) Discuss the equilibrium condition assuming that A, B and C are ideal gases of point particles with masses mA, mB and mc = mA + mp. Consider each species as a Maxwell-Boltzmann quantum ideal gas of point particles. b) Discuss the classical limit of the equilibrium condition. Design a purely classical computer simulation of the reaction and discuss whether the equilibrium condition is valid for the simulation. c) Discuss the equilibrium condition assuming that A, B are monoatomic ideal gases and C is a diatomic ideal gas. Consider the quantum (Maxwell-Boltzmann) and the classical case.

3. Consider the chemical reaction: A + B C, occurring in a reactor of volume V. The equilibrium condition is A + B = μC. a) Discuss the equilibrium condition assuming that A, B and C are ideal gases of point particles with masses mA, mB and mc = mA + mp. Consider each species as a Maxwell-Boltzmann quantum ideal gas of point particles. b) Discuss the classical limit of the equilibrium condition. Design a purely classical computer simulation of the reaction and discuss whether the equilibrium condition is valid for the simulation. c) Discuss the equilibrium condition assuming that A, B are monoatomic ideal gases and C is a diatomic ideal gas. Consider the quantum (Maxwell-Boltzmann) and the classical case.