Acetaldehyde is produced by the dehydration of ethanol according to the reaction: c₂h₅o(v) → ch₃cho(v) +h₂(g)this reaction is carried out in a gas phase continuous adiabatic reactor at steady state. ethanol is fed to the reactor at 400°c. an ethanol conversion of 30% is achieved in the reactor. take a basis of 100 mols/s of ethanol feed to calculate the amount of acetaldehyde produced (mol/s). then, calculate the temperature of the reactor outlet stream (°c).given information: the heat capacity of acetaldehyde (kj/mol °c) vapor can be taken as: cp = 0.05048 + 1.326 × 10ˉ⁴ t - 8.050 × 10ˉ⁸ t^2 + 2.380 × 10ˉ¹¹ t^3 where t is in °c