predict the order of reactivity (and justify your prediction) of the given monomers :
styrene,p-methoxy styrene in anionic polymerization
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3. Predict the order of reactivity (and justify your prediction) of the given monomers. a. Styrene, 2-vinylpyridine, and 4 -vinyl pyridine in anionic polymerization. b. Styrene, p-methoxystyrene, p-chlorostyrene, and p-methylstyrene in cationic polymerization.
Predict the order of reactivity (and justify your prediction) of the given monomers. a. Styrene, 2-vinylpyridine, and 4-vinyl pyridine in anionic polymerization. and p-methylstyrene in cationic polymerizati Styrene, p-methoxystyrene, p-chlorostyrene, b.
Polymer Chemistry
Arrange the following monomers in increasing order of reactivity,toward anionic polymerization and justify your answer. Arrange the following monomers in increasing order of reactivity toward cationic polymerization and justify your answer.
What type of polymerization is required to produce the polymer
below? Describe brief sequence of steps you would use (including
monomers used and order of processing) to achieve the desired
polymer.
There's anionic polymerization of styrene, there's cationic
polymerization, etc. I think anionic may help the most so I
provided that. But no idea. Or forming a graft copolymer?
Polystyrene can be polymerized from the starting monomer
(styrene) pictured below.
a. Anionic polymerization is one method of polymerization that
can be used to generate polystyrene from styrene. Explain what type
of initiator should be used for this reaction
and draw an example of a styrene monomer that has reacted with
initiator.
b. Using this anionic polymerization method and a starting
concentration of 1M styrene and 1mM initiator, what degree of
polymerization (Xn) would you expect if you use up...
acylating agent and activated monomer in the anionic ring- 2. What are the roles of an haln opening polymerization of lactam? (10 points) 3. For the sequential anionic block copolymerizations of styrene and a -methyl styrene under the conditions given below, provide the: (a) Electron arrow-pushing mechanisms; [5 points (b) Intermediates; [5 points (c) Final products; [5 points -80 °C 30 min 80PC 30 min CH OH (d) Imagine that the temperature for the polymerization was misread as 80 °C....
Part A Rank the monomers from most able to least able to undergo anionic polymerization. To rank items as equivalent, overlap them. II CH2=CH CH2=CH IND M ОСН. CH
need help on polymer chemistry question
Determine which polymerization mechanism(s), i.e. radical,
anionic, and cationic, can be used for the following monomers.
Briefly explain your answer.
H2C= CHCEH H2C= C(CH3)2 H3CHC=CHCH
need help on polymer chemistry question
Determine which polymerization mechanism(s), i.e. radical,
anionic, and cationic, can be used for the following monomers.
Briefly explain your answer.
H2C=CHCI HỌC =CHCN H2C= C(CN)
need help on polymer chemistry question
Determine which polymerization mechanism(s), i.e. radical,
anionic, and cationic, can be used for the following monomers.
Briefly explain your answer.
H2C=CHCI HỌC =CHCN H2C= C(CN)