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A(liq)kcA2P(liq)(elementaryreaction) Feed: NA0=100.0 Moles, Ninert0=1000.0 Moles, VT0=50.0 liters P=1.00bar,T=50.0CkcA=1.0hr1 Assume ideal solution. Problem Statement: With the information given above and the assumptions given below, -
A(liq)kcA2P(liq)(elementaryreaction) Feed: NA0=100.0 Moles, Ninert0=1000.0 Moles, VT0=50.0 liters P=1.00bar,T=50.0CkcA=1.0hr1 Assume ideal solution. Problem Statement: With the information given above and the assumptions given below, - Reaction does not occur outside of the reactor. - CSTR reaches steady-state instantaneously with the new feed and the CSTR was already filled with the reactant from a previous run. - Ignore charge/discharge/clean-up time. - Isothermal and isobaric operation. Determine the operation time (reaction time) needed to create 180.0 moles of P in (1) A 50-liter batch reactor (2) A 50-liter CSTR (Note that FA0=NA/toperation and vT=VT/toperation)
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