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Category > Applied Sciences Posted 19 Jun 2017 My Price 4.00

What is the concentration of R in the effluent stream of this of this reactor?

 

    1. Under appropriate conditions, the following reaction takes place.

With k1 = k2 = 0.1 min-1. R is to be produced from 1000 litres/hour of feed with CAO = 1 gmol/litre and CRO = CSO = 0. What size of plug flow reactor will maximize the yield of R? What is the concentration of R in the effluent stream of this of this reactor?

 
 

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Alpha Geek
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Status NEW Posted 19 Jun 2017 09:06 AM My Price 4.00

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file 1497863352-Answer.docx preview (218 words )
A-----------nsw-----------er ----------- Ir-----------rev-----------ers-----------ibl-----------e p-----------ara-----------lle-----------l r-----------eac-----------tio-----------ns -----------We -----------fir-----------st -----------con-----------sid-----------er -----------con-----------sec-----------uti-----------ve -----------uni-----------mol-----------ecu-----------lar----------- ty-----------pe -----------fir-----------st -----------ord-----------er -----------rea-----------cti-----------ons----------- su-----------ch -----------as -----------c A----------- -------------- k-----------1 -------------- -----------&am-----------p;g-----------t; -----------R-------------- k-----------2 ------------ S -----------( 1-----------) w-----------hos-----------e r-----------ate----------- eq-----------uat-----------ion----------- fo-----------r t-----------he -----------thr-----------ee -----------com-----------pon-----------ent-----------s a-----------re ------------ r-----------a =----------- dC-----------a/d-----------t =----------- - -----------k1*-----------Ca ------------------------- ( -----------2) -----------rr -----------= d-----------Cr -----------/dt----------- = -----------k1*----------- Ca----------- - -----------k2 -----------* C-----------r -------------------------- ( -----------3 )----------- , -----------rr -----------= d-----------Cr -----------/dt----------- = -----------1 *-----------Ca ------------ 1----------- *C-----------r =-----------Ca ------------ C-----------r =----------- Ca-----------o (----------- 1------------ xa----------- ) ------------ C-----------ro -----------( 1----------- -x-----------r )----------- dC-----------r /-----------dt -----------= 0-----------.1 -----------( 1------------xa----------- ) ------------ C-----------ro -----------( 1------------xr----------- ) -----------Cro----------- =C-----------so -----------=0 -----------dCr----------- /d-----------t =----------- 0.-----------1 (----------- 1------------xa -----------)
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