do not solve with artificial intelligence!!!!

As a chemical engineer you are asked to design alternative reactors for the production of P according to the following reaction: AP Feed stream contains 1 mol min of A and 1.5 mol min inert. You are expected to determine a target (final) conversion that is above 0.7 and - design at least 2 different reactor systems, as one single and one consecutive flow reactors - consider at least two different thermal operation conditions DATA 1 "Reactor design" thould be snderstood as determining: the ractor tope, value of the principle desigw parumeter, dimensions, hear trangfer properties fheat dho, heat tranfer fluid temperahere fits variation if applicable, heat transfer area etc,j, properties of inlet-ouflet streains (temperature, fow rate, composition, temperature and conversion gradients of the reactors (if applicabie). 2- Additional assumptiont can be made whenever necessary, however they should be discussed rogether with the results As a chemical engineer you are asked to design alternative reactors for the production of P according to the following reaction: AP Feed stream contains 1 mol min of A and 1.5 mol min inert. You are expected to determine a target (final) conversion that is above 0.7 and - design at least 2 different reactor systems, as one single and one consecutive flow reactors - consider at least two different thermal operation conditions DATA 1 "Reactor design" thould be snderstood as determining: the ractor tope, value of the principle desigw parumeter, dimensions, hear trangfer properties fheat dho, heat tranfer fluid temperahere fits variation if applicable, heat transfer area etc,j, properties of inlet-ouflet streains (temperature, fow rate, composition, temperature and conversion gradients of the reactors (if applicabie). 2- Additional assumptiont can be made whenever necessary, however they should be discussed rogether with the results