Question 1: Consider a cylind rical batch reactor that has one end fitted with a frictionless piston attached to a spring. The gas phase reaction is taking place in this type of reactor. A+B6C The rate law for reaction is second order in A and first order in B and overall third order 1. Write the rate law solely as a function of conversion, numerically evaluating all possible symbols. 2. What is the conversion and rate of reaction when V=0.3ft3 Additional information: Equal moles of A and B are present at t=0 Initial volume: 0.19ft3 ? Value of k:2(ft3/Ibmol)2s1 prese of the reactor and pressure with the reactor The relationship between the P, Pt3. P in atm) P=12V,P0=12V0 (Vin (considered constant): 600R Gas constant: 0.73ft3.atm/lbmolR Question 2: A+2BC An elementary liquid phase reaction needs to be carried out in a CSTR reactor with a volume 5m3 and conversion desired is 0.7070%. the molar feed is FA30% and FB70% at a pressure P202kpa and T333K 1. Construct a complete stoichiometric table in terms of concentrations 2. What is the rate of reaction of A 3. Calculate k&E and then specify the type of reaction energy Additional information: Total feed: 10mole/s. Gas constant: 8.314kJ/molK Frequency factor: 0.00717m3/mols