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2 Identify if each monomer would be best for cationic or anionic polymerization, or if it...
2. Identify if each monomer would be best for cationic or anionic polymerization, or if it...
2. Identify if each monomer would be best for cationic or anionic polymerization, or if it could be used for both. Explain your reasoning with words or pictures. OCH3
Which polymerization technique (anionic or cationic) would be the best to use for the polymerization of...
Which polymerization technique (anionic or cationic) would be the best to use for the polymerization of isobutyl vinyl ether?
1. Identify if each initiator would be used for cationic, anionic, or coordination polymerization, or none...
1. Identify if each initiator would be used for cationic, anionic, or coordination polymerization, or none of these. a. b. H2SO4 é o c. NaOEt ZrCl4 3 Ph. | Pho o 4 AICI: С РСуз c-RUS g. PCV, Ph
4. Isobutylene undergoes cationic polymerization in the presence of strong Lewis acids like AICI, but it...
4. Isobutylene undergoes cationic polymerization in the presence of strong Lewis acids like AICI, but it is not polymerized by free radicals or anionic initiators. Acrylonitrile, on the other hand, is polymerized commercially by free radical means also by anionic initiators like potassium amide but does not respond to cationic initiators. Explain this difference in behavior of isobutylene and acrylonitrile in terms of monomer structure and what intermediates would be formed under each polymerization condition CN Acrylonitrile Isobutylene
ic, or coordination polymerization, or none 1. Identify if each initiator would be used for cationic,...
ic, or coordination polymerization, or none 1. Identify if each initiator would be used for cationic, anionic. of these. b. H2SO4 c. NaOEt d. ZrC14 Ph Ph f. AICI " pov. "Ph
need help on polymer chemistry question Determine which polymerization mechanism(s), i.e. radical, anionic, and cationic, can...
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...
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)
Polystyrene can be polymerized from the starting monomer (styrene) pictured below. a. Anionic polymerization is one...
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...
need help on polymer chemistry question Determine which polymerization mechanism(s), i.e. radical, anionic, and cationic...
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...
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
2. Identify if each monomer would be best for cationic or anionic polymerization, or if it could be used for both. Explain your reasoning with words or pictures. OCH3
1. Identify if each initiator would be used for cationic, anionic, or coordination polymerization, or none of these. a. b. H2SO4 é o c. NaOEt ZrCl4 3 Ph. | Pho o 4 AICI: С РСуз c-RUS g. PCV, Ph
4. Isobutylene undergoes cationic polymerization in the presence of strong Lewis acids like AICI, but it is not polymerized by free radicals or anionic initiators. Acrylonitrile, on the other hand, is polymerized commercially by free radical means also by anionic initiators like potassium amide but does not respond to cationic initiators. Explain this difference in behavior of isobutylene and acrylonitrile in terms of monomer structure and what intermediates would be formed under each polymerization condition CN Acrylonitrile Isobutylene
ic, or coordination polymerization, or none 1. Identify if each initiator would be used for cationic, anionic. of these. b. H2SO4 c. NaOEt d. ZrC14 Ph Ph f. AICI " pov. "Ph
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)
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...
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= CHCEH H2C= C(CH3)2 H3CHC=CHCH
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