Use your integrated rate equation to calculate the amount of time that would be required to have your concentration of crystal violate drop to 1/2 of the original concentration
Use your integrated rate equation to calculate the amount of time that would be required to have your concentration of crystal violate drop to 1/2 of the original concentration
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
Related questions
Question
Use your integrated rate equation to calculate
the amount of time that
would be required to have your concentration
of crystal violate drop to
1/2 of the original concentration,
![-1.960923 7.1058824
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V44
A
B
E
H.
K
L
M
N
Q
R
1 Time (min) Absorbance Concentration (M) In[CV]
1/[CV]
2
Zero Order 0.020 NAOH
3
0.5
0.395
0.65397351 -0.424688 1.5291139
0.7
4.
1
0.368
0.609271523 -0.4954911.6413043
5
1.5
0.352
0.582781457 -0.539943 1.7159091
0.6
y-0.0183x +0.4718
R- 0.713
2
0.334
0.552980132 -0.592433 1.8083832
0.5
2.5
0.318
0.526490066 -0.641523 1.8993711
0.4
4
8
3
0.302
0.5 -0.693147
2
0.3
9
3.5
0.287
0.475165563 -0.744092 2.1045296
0.2
Second Order 0.020 NAOH
10
0.273
0.451986755 -0.794102 2.2124542
11
4.5
0.258
0.1
50
0.427152318 -0.850615 2.3410853
O 898242
0.407284768 -0.898243 2.4552846
0.369205298 -0.996402 2.7085202
12
0.246
40
0.223
0 105
0.196
10
15
20
25
35
13
6.
y=1.1567x-3.9327
R'-0.871
-0.1
14
7.
0.324503311
-1.12546 3.0816327
-0.2
30
15
8.
0.174
0.28807947 -1.244519 3.4712644
20
16
9.
0.155
0.256622517
-1.360149 3.8967742
First Order 0.020 NAOH
17
10
0.138
0.228476821
-1.476321 4.3768116
10
18
11
0.121
0.200331126 -1.607784 4.9917355
10
15
20
25
30
35
19
12
0.107
0.177152318 -1.730745 5.6448598
-0.5
20
13
0.095
0.157284768 -1.849697 6.3578947
10
15
20
25
30
35
-1
y=0.1171x - 0.3222
R-0.9955
21
14
0.085
0.140728477
-1.960923 7.1058824
-10
-15
22
15
0.075
0.124172185 -2.086086 8.0533333
O 107615894
-2
0.065
O 057
23
16
0.107615894
-2.229187 9.2923077
O 004270861
2.5
24
17
0.057
0.094370861
-2.360523 10.596491
-3
25
18
0.049
0.081125828 -2.511754 12.326531
26
19
0.043
0.071192053
-2.642374 14.046512
-3.5
27
20
0.039
0.064569536 -2.740013 15.487179
-4
28
21
0.034
0.056291391
-2.877214 17.764706
-4.5
29
22
0.03
0.049668874
-3.002377 20.133333
30
23
0.028
0.046357616
-3.07137 21.571429
31
24
0.026
0.043046358 -3.145478 23.230769
32
25
0.026
0.043046358 -3.145478 23.230769
33
26
0.022
0.036423841 -3.312532 27.454545
34
27
0.019
0.031456954 -3.459135 31.789474
0.029801325 -3.513202 33.555556
0.026490066 -3.630985
35
28
0.018
36
29
0,016
37.75
37
30
0.014
0.023178808 -3.764517 43.142857
38
Sheet1
Sheet2
Ready
FEB 1
2
X
23
átv J](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd4d956b8-1363-4a6a-8e95-0f238c52dd5a%2F9715963f-7025-4cd7-9d1f-604706d7dde5%2Fptj5eoq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:-1.960923 7.1058824
Нome
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12
v A A
29 Wrap Text v
General
A Insert v
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$ v % 9
5X Delete v
00
Conditional Format
Formatting as Table Styles
Cell
E Format v
: x v fx
V44
A
B
E
H.
K
L
M
N
Q
R
1 Time (min) Absorbance Concentration (M) In[CV]
1/[CV]
2
Zero Order 0.020 NAOH
3
0.5
0.395
0.65397351 -0.424688 1.5291139
0.7
4.
1
0.368
0.609271523 -0.4954911.6413043
5
1.5
0.352
0.582781457 -0.539943 1.7159091
0.6
y-0.0183x +0.4718
R- 0.713
2
0.334
0.552980132 -0.592433 1.8083832
0.5
2.5
0.318
0.526490066 -0.641523 1.8993711
0.4
4
8
3
0.302
0.5 -0.693147
2
0.3
9
3.5
0.287
0.475165563 -0.744092 2.1045296
0.2
Second Order 0.020 NAOH
10
0.273
0.451986755 -0.794102 2.2124542
11
4.5
0.258
0.1
50
0.427152318 -0.850615 2.3410853
O 898242
0.407284768 -0.898243 2.4552846
0.369205298 -0.996402 2.7085202
12
0.246
40
0.223
0 105
0.196
10
15
20
25
35
13
6.
y=1.1567x-3.9327
R'-0.871
-0.1
14
7.
0.324503311
-1.12546 3.0816327
-0.2
30
15
8.
0.174
0.28807947 -1.244519 3.4712644
20
16
9.
0.155
0.256622517
-1.360149 3.8967742
First Order 0.020 NAOH
17
10
0.138
0.228476821
-1.476321 4.3768116
10
18
11
0.121
0.200331126 -1.607784 4.9917355
10
15
20
25
30
35
19
12
0.107
0.177152318 -1.730745 5.6448598
-0.5
20
13
0.095
0.157284768 -1.849697 6.3578947
10
15
20
25
30
35
-1
y=0.1171x - 0.3222
R-0.9955
21
14
0.085
0.140728477
-1.960923 7.1058824
-10
-15
22
15
0.075
0.124172185 -2.086086 8.0533333
O 107615894
-2
0.065
O 057
23
16
0.107615894
-2.229187 9.2923077
O 004270861
2.5
24
17
0.057
0.094370861
-2.360523 10.596491
-3
25
18
0.049
0.081125828 -2.511754 12.326531
26
19
0.043
0.071192053
-2.642374 14.046512
-3.5
27
20
0.039
0.064569536 -2.740013 15.487179
-4
28
21
0.034
0.056291391
-2.877214 17.764706
-4.5
29
22
0.03
0.049668874
-3.002377 20.133333
30
23
0.028
0.046357616
-3.07137 21.571429
31
24
0.026
0.043046358 -3.145478 23.230769
32
25
0.026
0.043046358 -3.145478 23.230769
33
26
0.022
0.036423841 -3.312532 27.454545
34
27
0.019
0.031456954 -3.459135 31.789474
0.029801325 -3.513202 33.555556
0.026490066 -3.630985
35
28
0.018
36
29
0,016
37.75
37
30
0.014
0.023178808 -3.764517 43.142857
38
Sheet1
Sheet2
Ready
FEB 1
2
X
23
átv J
![o21025490 1 5593871 4.755905
0.584437086 -0.5371061 1.7110482
O20033112S1 6077837 4.9917355
0.104
Calibri (Body)
12
A A
ag Wrap Text v
General
av Av
Paste
B IUV
2 Merge & Center v
$ - %
.00
0
Conditional Form
Formatting as Tal
R27
v fx
A
B
F
K
L
1 Time (min) Absorbance
Concentration (M) In CV]
1/(CV]
O order 0.010 NAOH
3
0.5
0.43
0.71192053
-0.339789 1.4046512
0.8
4
0.416
0.688741722-0.3728889 1.4519231
0.7
5.
1.5
0.407
0.67384106
-0.394761 1.4840295
0.6
Y0.0166x +0.5946
R-0.6646
9.
0.395
0.65397351 -0.4246884
1.5291139
0.5
7.
2.5
0.385
0.637417219 -0.4503309 1.5688312
0.617549669 -0.4819958 1.6193029
0.4
8.
0.373
Second order 0.010 NAOH
0.3
9
3.5
0.363
0.600993377 -0.5091714 1.6639118
10
0.353
0.584437086 -0.5371061 1.7110482
0.2
7.
0.343
y0.185x+ 0.8023
R0.9676
11
4.5
0.567880795 -0.5658438 1.7609329
0.1
12
5
0.334
0.552980132 -0.5924332 1.8083832
13
6.
0.314
0.51986755 -0.6541812 1.9235669
10
15
20
25
30
35
14
7
0.297
0.491721854 -0.7098421
2.03367
15
8
0.279
0.46192053 -0.7723624 2.1648746
First order 0.010 NAOH
16
9.
0.263
0.435430464 -0.8314202 2.2965779
17
10
0.248
0.410596026 -0.8901455 2.4354839
10
15
20
25
30
35
18
11
0.235
0.389072848 -0.9439887 2.5702128
19
12
0.221
0.36589404 -1.0054115 2.7330317
-0.5
Y0.0566x - 0.2989
R0.9895
10
15
20
25
30
35
20
13
0.21
0.347682119-1.0564667 2.8761905
21
14
0.197
0.32615894 -1.1203705 3.0659898
-1
22
15
0.186
0.30794702 -1.1778275 3.2473118
23
16
0.177
0.293046358 -1.2274245 3.4124294
-15
24
17
0.167
0.276490066 -1.2855804 3.6167665
25
18
0.158
0.261589404-1.3409792 3.8227848
2
26
19
0.15
0.248344371-1.3929389 4.0266667
2929389A0266667
0.235099338 -1.4477471 4.2535211
0.223509934-1.4982994 4.4740741
27
20
0.142
-2.5
28
21
0.135
29
22
0.127
0.210264901-1.5593871 4.7559055
30
23
0.121
0.200331126 -1.6077837 4.9917355
0.190397351-1.6586421 5.2521739
0.180463576 -1.7122263 5.5412844
0.17218543 -1.7591833 5.8076923
6.04
31
24
0.115
32
25
0.109
0.109
33
0.104
22
26
34
27
0.1
0.165562914
-1.798404
35
28
0.097
0.160596026 -1.8288632 6.2268041
36
29
0.091
0.150662252 -1.8927147 6.6373626
37
30
0.086
0.142384106 -1.9492269 7.0232558
38
39
40
41
42
43
44
Sheet1
Sheet2
+](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd4d956b8-1363-4a6a-8e95-0f238c52dd5a%2F9715963f-7025-4cd7-9d1f-604706d7dde5%2Flz737kg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:o21025490 1 5593871 4.755905
0.584437086 -0.5371061 1.7110482
O20033112S1 6077837 4.9917355
0.104
Calibri (Body)
12
A A
ag Wrap Text v
General
av Av
Paste
B IUV
2 Merge & Center v
$ - %
.00
0
Conditional Form
Formatting as Tal
R27
v fx
A
B
F
K
L
1 Time (min) Absorbance
Concentration (M) In CV]
1/(CV]
O order 0.010 NAOH
3
0.5
0.43
0.71192053
-0.339789 1.4046512
0.8
4
0.416
0.688741722-0.3728889 1.4519231
0.7
5.
1.5
0.407
0.67384106
-0.394761 1.4840295
0.6
Y0.0166x +0.5946
R-0.6646
9.
0.395
0.65397351 -0.4246884
1.5291139
0.5
7.
2.5
0.385
0.637417219 -0.4503309 1.5688312
0.617549669 -0.4819958 1.6193029
0.4
8.
0.373
Second order 0.010 NAOH
0.3
9
3.5
0.363
0.600993377 -0.5091714 1.6639118
10
0.353
0.584437086 -0.5371061 1.7110482
0.2
7.
0.343
y0.185x+ 0.8023
R0.9676
11
4.5
0.567880795 -0.5658438 1.7609329
0.1
12
5
0.334
0.552980132 -0.5924332 1.8083832
13
6.
0.314
0.51986755 -0.6541812 1.9235669
10
15
20
25
30
35
14
7
0.297
0.491721854 -0.7098421
2.03367
15
8
0.279
0.46192053 -0.7723624 2.1648746
First order 0.010 NAOH
16
9.
0.263
0.435430464 -0.8314202 2.2965779
17
10
0.248
0.410596026 -0.8901455 2.4354839
10
15
20
25
30
35
18
11
0.235
0.389072848 -0.9439887 2.5702128
19
12
0.221
0.36589404 -1.0054115 2.7330317
-0.5
Y0.0566x - 0.2989
R0.9895
10
15
20
25
30
35
20
13
0.21
0.347682119-1.0564667 2.8761905
21
14
0.197
0.32615894 -1.1203705 3.0659898
-1
22
15
0.186
0.30794702 -1.1778275 3.2473118
23
16
0.177
0.293046358 -1.2274245 3.4124294
-15
24
17
0.167
0.276490066 -1.2855804 3.6167665
25
18
0.158
0.261589404-1.3409792 3.8227848
2
26
19
0.15
0.248344371-1.3929389 4.0266667
2929389A0266667
0.235099338 -1.4477471 4.2535211
0.223509934-1.4982994 4.4740741
27
20
0.142
-2.5
28
21
0.135
29
22
0.127
0.210264901-1.5593871 4.7559055
30
23
0.121
0.200331126 -1.6077837 4.9917355
0.190397351-1.6586421 5.2521739
0.180463576 -1.7122263 5.5412844
0.17218543 -1.7591833 5.8076923
6.04
31
24
0.115
32
25
0.109
0.109
33
0.104
22
26
34
27
0.1
0.165562914
-1.798404
35
28
0.097
0.160596026 -1.8288632 6.2268041
36
29
0.091
0.150662252 -1.8927147 6.6373626
37
30
0.086
0.142384106 -1.9492269 7.0232558
38
39
40
41
42
43
44
Sheet1
Sheet2
+
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