Use the dilution equation to calculate the starting concentration of each reactant for each trial. (Hint: You know the concentration and volume of each reactant added, M1 and V1. For every trial, the total volume, V2, is 1.9 mL.)

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For parts 1 and 2, Use the dilution equation to calculate the starting concentration of each
reactant for each trial. (Hint: You know the concentration and volume of each reactant added,
M1 and V1. For every trial, the total volume, V2, is 1.9 mL.) 

Kinetics Data

Part 1   Part 2  
Reaction Time (s)

 

Reaction

 

Time (s)
1 37 5 44
2 78 6 82
3 152 7 170
4 306 8 338

0.2%  starch,    0.012M   Na2S2O3,    0.20M  KI,    0.20M   KNO3,    0.20M  (NH4)2S2O8,    0.20M (NH4)2SO4,    0.0020M  Cu(NO3)2

Sample Data Kinetics Experiment
Part 1
Part 2
Reaction Time (s)
Reaction Time (s)
1
37
44
2
78
82
3
152
7
170
4
306
8.
338
Add the following volumes of the indicated reagents to test tubes labeled 1A, 2A, 3A, and 4A (All volumes are in uL).
Reaction Test
Tube
1A
0.2 %
Starch
0.012 M
0.20 M
0.20 M
NazS2O3
200 uL
200 uL
200 µL
200 µL
KI
KNO,
1
2
100 pL
100 µL
100 µL
100 pL
800 pL
400 µL
200 µL
100 µL
400 uL
600 µL
700 pL
2A
3
ЗА
4
4A
Add the following volumes of the indicated reagents to test tubes labeled 1B, 2B, 3B, and 4B (All volumes are in uL).
Reaction Test
Tube
0.20 M
(NH)2S2Os (NH.)2SO4
400 µL
400 µL
400 pL
400 µL
0.20 M
400 uL
400 µL
400 µL
400 µL
1
1B
2B
3
3B
4B
3. Add the following volumes of the indicated reagents to test tubes labeled 5A, 6A, 7A, and 8A (All volumes are in mL).
Reaction Test
0.2 %
0.012 M
Na:S;O
200 ul
200 uL
200 uL
200 µL
0.20 M
0.20 M
Starch
100 µL
100 pL
100 pL
100 uL
KNO,
400 pL
400 ul
400 pL
400 uL
Tube
5A
KI
5
400 pL
6A
7A
400 µL
400 µL
400 uL
7
8
8A
0.20 M
(NH);S;O, (NH.)½SO4
800 µL
400 pL
200 uL
100 pL
Reaction Test
0.20 M
Tube
5
5B
6B
7B
8B
400 pL
|600 uL
700 pl
6
7
8
Transcribed Image Text:Sample Data Kinetics Experiment Part 1 Part 2 Reaction Time (s) Reaction Time (s) 1 37 44 2 78 82 3 152 7 170 4 306 8. 338 Add the following volumes of the indicated reagents to test tubes labeled 1A, 2A, 3A, and 4A (All volumes are in uL). Reaction Test Tube 1A 0.2 % Starch 0.012 M 0.20 M 0.20 M NazS2O3 200 uL 200 uL 200 µL 200 µL KI KNO, 1 2 100 pL 100 µL 100 µL 100 pL 800 pL 400 µL 200 µL 100 µL 400 uL 600 µL 700 pL 2A 3 ЗА 4 4A Add the following volumes of the indicated reagents to test tubes labeled 1B, 2B, 3B, and 4B (All volumes are in uL). Reaction Test Tube 0.20 M (NH)2S2Os (NH.)2SO4 400 µL 400 µL 400 pL 400 µL 0.20 M 400 uL 400 µL 400 µL 400 µL 1 1B 2B 3 3B 4B 3. Add the following volumes of the indicated reagents to test tubes labeled 5A, 6A, 7A, and 8A (All volumes are in mL). Reaction Test 0.2 % 0.012 M Na:S;O 200 ul 200 uL 200 uL 200 µL 0.20 M 0.20 M Starch 100 µL 100 pL 100 pL 100 uL KNO, 400 pL 400 ul 400 pL 400 uL Tube 5A KI 5 400 pL 6A 7A 400 µL 400 µL 400 uL 7 8 8A 0.20 M (NH);S;O, (NH.)½SO4 800 µL 400 pL 200 uL 100 pL Reaction Test 0.20 M Tube 5 5B 6B 7B 8B 400 pL |600 uL 700 pl 6 7 8
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