The following data was collected for the reaction 2D+ E → F.

Time (seconds)
[D] (M)
[E] (M)

0
12.251 x10-4

11.764 x10-4

10
11.042 x10-4

8.7210 x10-4

20
9.8340 x10-4

6.4660 x10-4

30
8.6260 x10-4

4.7930 x10-4

40
7.4180 x10-4

3.5530 x10-4

50
6.2100 x10-4

2.6340 x10-4

How will the rate of reaction change if the concentration of D remains the same and that of E is doubled?

Question

The following data was collected for the reaction 2D+ E → F.



Time (seconds)
[D] (M)
[E] (M)


0
12.251 x10-4

11.764 x10-4



10
11.042 x10-4

8.7210 x10-4



20
9.8340 x10-4

6.4660 x10-4



30
8.6260 x10-4

4.7930 x10-4



40
7.4180 x10-4

3.5530 x10-4



50
6.2100 x10-4

2.6340 x10-4




 How will the rate of reaction change if the concentration of D remains the same and that of E is doubled?

Time (seconds)	[D] (M)	[E] (M)
0	12.251 x10^-4	11.764 x10^-4
10	11.042 x10^-4	8.7210 x10^-4
20	9.8340 x10^-4	6.4660 x10^-4
30	8.6260 x10^-4	4.7930 x10^-4
40	7.4180 x10^-4	3.5530 x10^-4
50	6.2100 x10^-4	2.6340 x10^-4

	exp 1	exp 2	exp 3	exp 4
Concentration [S₁] (M)	v₂ (M/s)	v₂ (M/s)	v₂ (M/s)	v₂ (M/s)
1 x 10^-6	2.15 x 10^-5	3.08 x 10^-5	3.60 x 10^-5	3.94 x 10^-5
3 x 10^-6	2.88 x 10^-5	4.84 x 10^-5	6.27 x 10^-5	7.35 x 10^-5
6 x 10^-6	3.15 x 10^-5	5.65 x 10^-5	7.69 x 10^-5	9.38 x 10^-5
9 x 10^-6	3.25 x 10^-5	5.98 x 10^-5	8.32 x 10^-5	1.03 x 10^-4

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