1. Pure acetone is fed into a reactor at a flow rate of 100 kgmole/h. The inlet temperature and pressure of the feed stream is 760 C and 1.6 bar, respectively. In the vapor-phase reaction, acetone (CH-COCH) is cracked to ketene (CH_CO) and methane (CH). The following reaction takes place: | CH3COCH3 (A)=CHCO (B)+CH, (C) Rate equation:r=k CA The reaction rate constant can be expressed by k(s*)= 8.2*10*exp 2.8x10 (kJ/kmol) CA is the molar concentration of acetone. Fluid package: PRSV A. Find the fractional conversion achieved using a PFR reactor of volume 4 m and diameter 1 m, under isothermal conditions. (There is packing within the PFR reactor with void fraction 0.8.) Answer: [5.5 points) B. What would be the fractional conversion achieved in a CSTR of volume 4 m under isothermal conditions? Answer: [2 points) solving using UNISM. attached can be steps/file