Statement Same kind of monomers are straight forwardly added. > It is rapid chain reaction having chemically activated monomers. Each reaction sets up the condition for another to proceed. > it consists of 3 stages: 1) Initiation (Birth) 2) Propagation (Growth) &3) Termination (Death)

Organic Chemistry
8th Edition
ISBN:9781305580350
Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Chapter29: Organic Polymer Chemistry
Section29.6: Chain-growth Polymerizations
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1. Question four:
Statement
> Same kind of monomers are straight
forwardly added.
> It is rapid chain reaction having
chemically activated monomers.
> Each reaction sets up the condition for
another to proceed.
> it consists of 3 stages :
1) Initiation (Birth) 2) Propagation (Growth)
&3) Termination (Death)
Terms
1
2
> it involves a polymerization reaction
between two monomers with the
expulsion of a simple by product.
A + B
> It involves individual chemical reaction
between reactive monomer.
> By product is formed and condensed out
AB + Simple by product.
> This reaction is slower than additional
polymerization.
Need reactive functional groups
> as cotton,
familiar materials for years before
synthetic polymers such
as polyethene and perspex appeared on
the market
3
and rubber were
> : oxidation, cross-linking,
and endcapping.
Is the temperature at which there is
enough thermal energy for the polymer
chains to move freely (wiggle around).
And Tm
4
> crystallinty of martials, molecular weight,
molar volume density, and degree of
polymerization
O Writ Henderson-Hasselbalch equation
O And
Calculate the pH of a buffer prepared by adding 10 mL of 0.10 M
Transcribed Image Text:1. Question four: Statement > Same kind of monomers are straight forwardly added. > It is rapid chain reaction having chemically activated monomers. > Each reaction sets up the condition for another to proceed. > it consists of 3 stages : 1) Initiation (Birth) 2) Propagation (Growth) &3) Termination (Death) Terms 1 2 > it involves a polymerization reaction between two monomers with the expulsion of a simple by product. A + B > It involves individual chemical reaction between reactive monomer. > By product is formed and condensed out AB + Simple by product. > This reaction is slower than additional polymerization. Need reactive functional groups > as cotton, familiar materials for years before synthetic polymers such as polyethene and perspex appeared on the market 3 and rubber were > : oxidation, cross-linking, and endcapping. Is the temperature at which there is enough thermal energy for the polymer chains to move freely (wiggle around). And Tm 4 > crystallinty of martials, molecular weight, molar volume density, and degree of polymerization O Writ Henderson-Hasselbalch equation O And Calculate the pH of a buffer prepared by adding 10 mL of 0.10 M
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