Calculate the expected value of Xn for a chain addition polymerization at steady state where: mol [M] =5 - ; [Mx.] = 0.01 ; [RSH] = 0.1 L mol L The rate constants are given below. kį = 3.5-10-4 kp = 7.10-1 L.s mol' L.s moli kCT mol L = 5.6-10-6 L-s mol At these conditions, 1 mol of initiator radical [1] is present for every 110 mol of monomer [M].
Calculate the expected value of Xn for a chain addition polymerization at steady state where: mol [M] =5 - ; [Mx.] = 0.01 ; [RSH] = 0.1 L mol L The rate constants are given below. kį = 3.5-10-4 kp = 7.10-1 L.s mol' L.s moli kCT mol L = 5.6-10-6 L-s mol At these conditions, 1 mol of initiator radical [1] is present for every 110 mol of monomer [M].
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Calculate the expected value of Xn for a chain addition polymerization at steady state
where:
mol
[M] = 5 ī
mol
; [Mx.] = 0.01 ; [RSH] = 0.1
L
The rate constants are given below.
k₁ = 3.5-10-4L-S₁
mol'
mol
ī
Kp = 7.10-15 kcr 5.6.10-6
L.S
mol'
L.S
mol
At these conditions, 1 mol of initiator radical [1] is present for every 110 mol of monomer
[M].](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6fb3429f-a406-4812-82fc-346d6a20f662%2F828e5f57-9142-44eb-b636-b79c2f7e91e7%2Fdcnipk_processed.png&w=3840&q=75)
Transcribed Image Text:Calculate the expected value of Xn for a chain addition polymerization at steady state
where:
mol
[M] = 5 ī
mol
; [Mx.] = 0.01 ; [RSH] = 0.1
L
The rate constants are given below.
k₁ = 3.5-10-4L-S₁
mol'
mol
ī
Kp = 7.10-15 kcr 5.6.10-6
L.S
mol'
L.S
mol
At these conditions, 1 mol of initiator radical [1] is present for every 110 mol of monomer
[M].
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