My question is, is this reaction a order 1 reaction? and if so, is the rate law rate=k[HCI]^1[na2s203]^1

Data Table 2: Varying the Concentration of 0.3 M Na2S2O3

---- C o n c e n t r a t i o n s ---

#

drops

#

drops

# drops

Initial

Initial

Final

Final

Reaction Time (sec)

Reaction

Well

#

HCl

water

Na2S2O3

HCl

Na2S2O3

HCl

Na2S2O3

Trial 1

Trial 2

Average

Rate (sec-1)

1

8

0

12

1M

0.3M

0.4M

0.12M

21.88

21.47

21.67

.046

2

8

6

6

1M

0.15

0.7M

0.11M

46.13

41.72

43.92

.022

3

8

8

4

1M

0.1

0.8M

0.08M

85.91

74.09

80

.016

Question

My question is, is this reaction a order 1 reaction? and if so, is the rate law rate=k[HCI]^1[na2s203]^1 Data Table 2: Varying the Concentration of 0.3 M Na2S2O3
---- C o n c e n t r a t i o n s ---
	# drops	# drops	# drops	Initial	Initial	Final	Final	Reaction Time (sec)			Reaction
Well #	HCl	water	Na2S2O3	HCl	Na2S2O3	HCl	Na2S2O3	Trial 1	Trial 2	Average	Rate (sec-1)
1	8	0	12	1M	0.3M	0.4M	0.12M	21.88	21.47	21.67	.046
2	8	6	6	1M	0.15	0.7M	0.11M	46.13	41.72	43.92	.022
3	8	8	4	1M	0.1	0.8M	0.08M	85.91	74.09	80	.016

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