Question 1: For reaction
25021g) + O2(g) → 250318)
Given (R)SO, = 8 kg/hr.
Calculate rate of reaction (mole/min)
Answers
Answer:
Explanation:
ANSWER
Let the rate law for the reaction is:
R=k[A]
x
[B]
y
k=rate constant
As the rate is unaltered by change in the concentration of B (from data 1 and 3)
Therefore y=0
and it gets double when A is twiced (fromm data 1 and 2)
Therefore it is directly proportional to [A]
hence x=1
Thus R=k[A]
1
[B]
0
orderof reaction with respect to A is 1 and w.r.t. B is 0.
December 26, 2019
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Solve related Questions
The following data are for the decomposition of ammonium nitrate in aqueous solution:
Volume of N
2
(cm
3
)
Time (min)
6.25
10
9.0
15
11.42
20
13.65
25
35.02
∞
The order of reaction is:
1 Verified Answer
The kinetics of the reaction- mA+nB+pC→m
′
X+n
′
Y+p
′
Z obeys the rate expression as-
dt
d
=k[A]
m
[B]
n
1 Verified Answer
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ANSWER
Let the rate law for the reaction is:
R=k[A]
x
[B]
y
k=rate constant
As the rate is unaltered by change in the concentration of B (from data 1 and 3)
Therefore y=0
and it gets double when A is twiced (fromm data 1 and 2)
Therefore it is directly proportional to [A]
hence x=1
Thus R=k[A]
1
[B]
0
orderof reaction with respect to A is 1 and w.r.t. B is 0.
December 26, 2019
avatar
Toppr
Also available in
Class 12 Medical - Factors Influencing Rate of a Reaction
Class 12 Engineering - Factors influencing rate of a reaction
Solve related Questions
The following data are for the decomposition of ammonium nitrate in aqueous solution:
Volume of N
2
(cm
3
)
Time (min)
6.25
10
9.0
15
11.42
20
13.65
25
35.02
∞
The order of reaction is:
1 Verified Answer
The kinetics of the reaction- mA+nB+pC→m
′
X+n
′
Y+p
′
Z obeys the rate expression as-
dt
d
=k[A]
m
[B]
n