4, 20 Rate Rxn [I] (M) [S2Og²] (M) Rate (M/sec) constant (k) 1 .08 mol /C .04 moll-2.2 x10 -5 .04 mol/L .08 mol/L02 mol/1,6 x10 3 L.0 nolk 1.2x10 •08 mollL .08 molle 8.3x10
4, 20 Rate Rxn [I] (M) [S2Og²] (M) Rate (M/sec) constant (k) 1 .08 mol /C .04 moll-2.2 x10 -5 .04 mol/L .08 mol/L02 mol/1,6 x10 3 L.0 nolk 1.2x10 •08 mollL .08 molle 8.3x10
Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
Publisher:Chatterjee
Chapter9: Instrumentation In Blood Circulation
Section: Chapter Questions
Problem 13P
Related questions
Question
Calculate for rate constant(k)
![Temp Rxn
[I] (M)
[S2Og²] (M)
Rate (M/sec)
Rate
Rate Law
constant (k)
/4.3 °C
3.1.5 x
1
.08 mol /C
.04 mul IL
Rate = k [I]-[S20g²]
19.3 °C
2
,66 pellL 04 moll-2.2 xIO
Average k value =
17. 2C
3
.04 mol/L.04 nolL1.2*1lo
18.78 4
mo
18,5 5
,08mollc
.01 mol8.3 xto
nechanism (top of page Kinetics -13) is the rate-determining step, (a) or](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2869a462-41ee-4c15-a1e3-718b6effad40%2Fbeadffe7-f441-444f-935a-b69348b2ddaf%2Fctnb4t9_processed.png&w=3840&q=75)
Transcribed Image Text:Temp Rxn
[I] (M)
[S2Og²] (M)
Rate (M/sec)
Rate
Rate Law
constant (k)
/4.3 °C
3.1.5 x
1
.08 mol /C
.04 mul IL
Rate = k [I]-[S20g²]
19.3 °C
2
,66 pellL 04 moll-2.2 xIO
Average k value =
17. 2C
3
.04 mol/L.04 nolL1.2*1lo
18.78 4
mo
18,5 5
,08mollc
.01 mol8.3 xto
nechanism (top of page Kinetics -13) is the rate-determining step, (a) or
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