The table below gives a list of monomers (denoted by letters) with their reactivity ratios, (1) which pair of them is highly possible to produce a block copolymer ? (2) re-arrange the remaining pairs in terms of the alternating tendency. Monomer (1) Monomer (2) ri r2 В 10 0.01 C 0.040 5 0.04 0.005 E 0.1 9 F 3 1.5 G 0.01 100
The table below gives a list of monomers (denoted by letters) with their reactivity ratios, (1) which pair of them is highly possible to produce a block copolymer ? (2) re-arrange the remaining pairs in terms of the alternating tendency. Monomer (1) Monomer (2) ri r2 В 10 0.01 C 0.040 5 0.04 0.005 E 0.1 9 F 3 1.5 G 0.01 100
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![The table below gives a list of monomers (denoted by letters) with their reactivity ratios,
(1) which pair of them is highly possible to produce a block copolymer ? (2) re-arrange the
remaining pairs in terms of the alternating tendency.
Monomer (1)
Monomer (2)
ri
r2
А
В
10
0.01
C
0.040
D
0.04
0.005
E
0.1
9.
F
3
1.5
G
0.01
100](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a1cb97a-06bd-42b8-b282-556a710b5ae3%2Fcae4c336-ba38-4368-8703-7ead652da1aa%2Fyvb8pum_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The table below gives a list of monomers (denoted by letters) with their reactivity ratios,
(1) which pair of them is highly possible to produce a block copolymer ? (2) re-arrange the
remaining pairs in terms of the alternating tendency.
Monomer (1)
Monomer (2)
ri
r2
А
В
10
0.01
C
0.040
D
0.04
0.005
E
0.1
9.
F
3
1.5
G
0.01
100
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