Determine the rate expression
and calculate the rate constant
for the reaction.
C)
rate:0.1911Co1 x
[Nor]
b.
rate:0.191[CO]2
x
[NO2]
c.
rate:0.191[CO]
x
[NOr]'
d.
rate:
5.24[CO] x
[NOz]
e.
rate:5.241CO12 x
[NO,
4.
The initial rates method was used to study the reaction below'
A+38
>2C
fAl
(mol/L)
[B]
(mol/L)
rate
mol/L.s
10*
102
10
2
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View Full DocumentDetennine the rate expression and calculate the rate constant for the reaction.
a.
rate:0.515[A] x
[B]
b.
rate
:
0.515[A]2 x
[B]
c.
rate:0.'721[A]'? x
[B]
(4}
rar.': 0.72t
[A]
x
[B]2
;.
rate

0.127lAl2 x
[B]2
5.
For the secondorder decomposition reaction,
2A+B
which of the following relationships yields
a straight line plot?
rate: klAlz
a.
ln
[A]
versus k
b.
ln
[A]2
versus /
c.
ln
[A]
versus /
dt
1/[A] versus I
e.
1/[A] versus k
6.
Which of the following expressions
corresponds to the integrated rate equation
for a firstorder
decomposition reaction?
a.
lA):kt
b.
fAl
:
[A]o
ftl
G,
t,
[A]
:
tn
l.\)akt
d'
I
,..
; = r"[
LA.]
e. 11r+
[}.]:ffi""',
7.
The rate constant of a firstorder decomposition reaction is 0.0147 s
'.
If the initial concentration
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 Fall '12
 W.Song
 Biology, Reaction, Chemical reaction, Rate equation

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