A monomer pair with r1=5.0 and r2=0.2 is polymerized beginning with a molar nomer ratio [M1]/[M2]=30/70. Assuming t the copolymer composition within a 10% version interval is constant, calculate

Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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2. A monomer pair with r1=5.0 and r2=0.2 is
copolymerized beginning with a molar
monomer ratio [M1]/[M2]=30/70. Assuming
that the copolymer composition within a 10%
conversion interval is constant, calculate
instantaneous monomer (fl) and copolymer
(F1) compositions and cumulative aver- age
copolymer compositions at 10 mol%
conversion intervals up to 100% conversion.
Show the results graphically as change in
composition of the copolymer and the
monomer mixture during copolymer- ization.
Transcribed Image Text:2. A monomer pair with r1=5.0 and r2=0.2 is copolymerized beginning with a molar monomer ratio [M1]/[M2]=30/70. Assuming that the copolymer composition within a 10% conversion interval is constant, calculate instantaneous monomer (fl) and copolymer (F1) compositions and cumulative aver- age copolymer compositions at 10 mol% conversion intervals up to 100% conversion. Show the results graphically as change in composition of the copolymer and the monomer mixture during copolymer- ization.
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