Air containing water (54% relative humidity, hr = yP/p*(Tdp)) is stored at 95 C in a chamber at 1 atm absolute. a) Estimate the temperature of dew point (Tdp) of this system at 95 b) Suppose a sample of the 95 a mist forms on the mirror. At what pressure (atm) will the mist form? C. C humidified air is put in a closed variable-volume chamber containing a mirror and the pressure is raised at constant temperature until TABLE B.3 (Continued) T('C) 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 25 23.756 26 25.209 27 26.739 28 28.349 30.043 24.039 25.509 27.055 28.680 30.392 23.897 24.182 గ60 24.326 25.812 24.471 24.617 26.117 24.764 24.912 25.060 26.271 27.858 28.021 25.359 25.964 26.426 26.582 26.897 28.514 30.217 27.214 28.847 27.535 29.184 30.923 27.696 29.354 29.525 29,697 31.102 28.185 29.870. 31.642 27.374 29.015 29 30.568 30.745 31.281 31.461 33.122 33.312 33.503 35.062 37.099 32.934 31.824 33.695 32.007 33.888 35.865 37.942 32.191 32.376 34.276 36.272 30 32.561 32.747 35 462 37.518 39.677 35.261 34 471 36.477 33.584 31 34.082 34.667 34.864 36.068 38.155 36.683 36.891 37.308 32 35.663 37.729 33 38,369 38.801 38.018 39.237 39.457
Air containing water (54% relative humidity, hr = yP/p*(Tdp)) is stored at 95 C in a chamber at 1 atm absolute. a) Estimate the temperature of dew point (Tdp) of this system at 95 b) Suppose a sample of the 95 a mist forms on the mirror. At what pressure (atm) will the mist form? C. C humidified air is put in a closed variable-volume chamber containing a mirror and the pressure is raised at constant temperature until TABLE B.3 (Continued) T('C) 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 25 23.756 26 25.209 27 26.739 28 28.349 30.043 24.039 25.509 27.055 28.680 30.392 23.897 24.182 గ60 24.326 25.812 24.471 24.617 26.117 24.764 24.912 25.060 26.271 27.858 28.021 25.359 25.964 26.426 26.582 26.897 28.514 30.217 27.214 28.847 27.535 29.184 30.923 27.696 29.354 29.525 29,697 31.102 28.185 29.870. 31.642 27.374 29.015 29 30.568 30.745 31.281 31.461 33.122 33.312 33.503 35.062 37.099 32.934 31.824 33.695 32.007 33.888 35.865 37.942 32.191 32.376 34.276 36.272 30 32.561 32.747 35 462 37.518 39.677 35.261 34 471 36.477 33.584 31 34.082 34.667 34.864 36.068 38.155 36.683 36.891 37.308 32 35.663 37.729 33 38,369 38.801 38.018 39.237 39.457
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
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Transcribed Image Text:Air containing water (54% relative humidity, hr = yP/p*(Tdp)) is stored at 95
%3D
C in a chamber at 1 atm absolute.
a) Estimate the temperature of dew point (Tdp) of this system at 95
b) Suppose a sample of the 95
a mist forms on the mirror. At what pressure (atm) will the mist form?
C.
C humidified air is put in a closed variable-volume chamber containing a mirror and the pressure is raised at constant temperature until
TABLE B.3 (Continued)
T(°C)
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
25
23.756
23.897
24.039 24.182
24.471
25.964
24.326
24.617
24.764 24.912
26.271
25.060
26.582
26
25.209
25.359
25.509
25.660
25.812
26.117
26.426
27
26.739
28
28.349
26.897
28.514
30.217
27.055
28.680
30.392
27.214
28.847
27.374 27.535
29.015 29.184
27.696
29.354
28.185
29.870
31.642
27.858 28.021
29.525
29.697
29
30.043
30.568
30.745
30.923
31.102
31.281
31.461
30
31.824
32.007
32.191
32.376 32.561
32.747
32.934
33.122 33.312
33.503
34.864
36.891
38.018
35.462
37.518
39.677
41.942
31
33.695
33.888
34.082
34.276
34.471
34.667
35.062
35.261
37.308
39.457
37.099
36.477
33.584
36.272
36.683
35.865
37.942
40 121
36.068
35.663
37.729
32
39.237
41.480 41.710
38.801
38,369
40.569
33
38.155
34
20 808
40.344
40.796 41.023
41.251
Transcribed Image Text:23.756
25
26
25.209
27
26.739 26.897
24.182 24.326 24.471
25.812
27.374
29,015
30.745
23.897
25.359
24.039
25.509
27.055
28.680
30.392
24.617
26.117
27.696
29.354
31.102 31.281
25.060
26.582
28.185
29.870
31.642
24.764 24.912
26.426
25.660
27.214
28.847
30.568
32.376
25.964
27.535
29.184
30.923
26.271
28.021
27.858
29.525
28
28.349
28.514
29.697
31.461
29
30.043
30.217
30
31.824
33.695
32
32.007
33.888
32.191
34.082
33.503
35.462
37.518
32.561
32.747
34.667
32.934
33.122 33.312
31
35.062
35.261
34.276
36.068 36.272
38.369
40.569
34.471
34.864
35.663
37.308
35.865
37.942 38.155
40.344
36.477
33.584
40.796
36.683
38.801
41.023
36.891
38.018
41.251
37.099
33
39.677
41.942
37.729
39.237
39.457
34
39.898
40.121
41.480
41.710
35
42.175
44.563
36
47.067
37
44.320
43.595
45.799 46.050
48.627
51.323
54.156
42.409
42.644 42.880
43.117
45.549
43.836 44.078
46.302
48.891
43.355
44.808
46.811
45.054
47.582
46.556
49.157
51.879
54.737
45.301
47.841
48.364
51.048
47.324
48.102
49.424
52.160
55.030
38
49.692
49.961
52.725
50.231
53.009
50.502
53.294
51.600
54.446
50.774
39
52.442
53.580
53.867
40
57.41
58.03
55.324
58.34
61.50
55.61
58.65
61.82
65.14
56.81
59.90
63.13
57.11
60.22
57.72
60.86
55.91
58.96
56.21
59.27
56.51
59.58
62.80
61.18
64.46
67.91
41
60.54
63.79
42
62.14
62.47
63.46
64.12
67.56
43
64.80
68.26
44
66.86
70.41
67.21
65.48
68.97
65.82
66.16
66.51
68.61
69.33
69.69
70.05
70.77
71.14
71.51
75.26
74.12
78.00
82.05
74.88
78.80
82.87
87.14
91.59
72.99
76.82
73.74
77.60
74.50
78.40
73.36
45
71.88
75.65
46
79.60
72.62
76.43
80.41
72.25
79.20
83.29
87.58
92.05
76.04
77.21
47
80.00
80.82
81.23
81.64
82.46
86.71
85.42
89.79
85.85
90.24
48
83.71
84.13
84.56
84.99
86.28
49
88.02
88.46
88.90
89.34
90.69
91.14
T(°C)
0.
1
3
4
6.
7
123.80
129.82
136.08
142.60
112.51
179.31
277.2
92.51
97.20
102.09
107.20
118.04
50
149.38
60
233.7
187.54
289.1
433.6
214.17
327.3
487.1
223.73
341.0
196.09
204.96
156.43
243.9
163.77
254.6
171.38
265.7
301.4
314.1
70
355.1
80
369.7
384.9
400.6
416.8
450.9
468.7
506.1
T('C)
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
529.77 531.78 533.80 535.82 537.86
554.35
525.76
527.76
539.90
541.95
544.00
90
546.05
91
548.11
550.18
552.26
556.44
558.53
560.64
562.75
564.87
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