Title | Solution Manual for Introduction to Chemical Engineering Thermodynamics 8th Edition by Smith for only 59 99 |
---|---|
Author | 지윤 이 |
Course | Organic Chemistry (Organic Chemistry) |
Institution | Kangwon National University |
Pages | 19 |
File Size | 1.7 MB |
File Type | |
Total Downloads | 9 |
Total Views | 178 |
Download Solution Manual for Introduction to Chemical Engineering Thermodynamics 8th Edition by Smith for only 59 99 PDF
SVNAS 8th Edition Annotated Solutions
power =
Chapter 1
energy J Nm kg m 2 = = = time s s s3
charge time charge = current*time = A s
current =
energy = current*electric potential time energy kg m2 electrical potential = = current*time A s3
power =
electrical potential resistance electrical potential kg m2 resistance = = 2 3 current A s
current =
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electrical potential =
Chapter 1
charge electrical capacitance 2
electrical capacitance =
P
Sat
b a t / C c
/ torr 10
4
charge As A s 2 electrical potential kg m kg m2 3 As
B 7.5 P Sat / kPa=7.5exp A T /K C
b B =7.5exp exp 2.303 a A T / K C T c / K 273.15
b B 2.303 a =ln 7.5 + A T C T c / K 273.15 / K
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Chapter 1
The point of this problem is just for you to practice evaluating and plotting a simple function. You will do a number of problems over the course of the semester (and many more over the course of your career) in which the results are best presented in graphical form. The only thing to be careful of in plotting the Antoine equation is to pay attention to the units of T and Psat and to whether the constants are given for use with the base 10 logarithm or the natural logarithm. The parameters in Table B.2 are for use with T in °C, P in kPa, and the natural logarithm. I used MS Excel to prepare the plots for diethyl ether. A portion of the spreadsheet (containing the plots) is shown below: 13.9891 B
2463.93 C
223.24
Vapor pressure of Diethyl Ether
Vapor pressure of Diethyl Ether
200 180
100
160
Vapor Pressure (kPa)
T (deg C) Psat (kPa) -30 3.450361508 -29 3.684455127 -28 3.931786307 -27 4.192943086 -26 4.468531566 -25 4.759176154 -24 5.065519787 -23 5.388224158 -22 5.727969934 -21 6.085456959 -20 6.461404464 -19 6.856551255 -18 7.271655907 -17 7.707496937 -16 8.16487298 -15 8.644602953 -14 9.147526209 -13 9.674502686 -12 10.22641305 -11 10.80415881 -10 11.40866246 -9 12.0408676 -8 12.70173902 -7 13.39226279 -6 14.11344639 -5 14.86631874 -4 15.65193033 -3 16.4713532 -2 17.3256811 -1 18.21602942 0 19.14353533 1 20.10935774
Vapor Pressure (kPa)
A
140
120 100 80 60
10
40 20 0
1
-30
-20
-10
0
10
20
30
40
50
-30
60
-10
Temperature (°C)
10
30
50
Temperature (°C)
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Chapter 1
SVNAS, problem 1.4 300
T (deg C or deg F)
200 100 0
deg C
-100 -200
deg F
-300 -400 -500 0
50
100
150
200
250
300
350
T (K)
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Chapter 1
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Chapter 1
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Chapter 1
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Chapter 1
MP dP g dz RT
Mg dP dz P RT
Mg P ln z zo P RT o Mg P Po exp z zo RT
0.029*9.8 P 101325exp 1609 83430 Pa 8.314*283 Updated 16/01/2017
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Chapter 1
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Chapter 1
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Chapter 1
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Chapter 1
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Chapter 1
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Chapter 1
1.25 kg m 3 *55880 m 3 s 1 = 69850 kg s 1
m
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Chapter 1
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Chapter 1
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Chapter 1
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Chapter 1
A 12.74
B 2017.87
C -80.87
T (°C) -18.5 -9.5 0.2 11.8 23.1 32.7 44.4 52.1 63.3 75.5
T(K) 254.65 263.65 273.35 284.95 296.25 305.85 317.55 325.25 336.45 348.65
Psat (kPa)
ln (Psat)
ln (Psat)fit
Error2
Psatfit (kPa)
3.18 5.48 9.45 16.9 28.2 41.9 66.6 89.5 129 187
1.157 1.701 2.246 2.827 3.339 3.735 4.199 4.494 4.860 5.231
1.125 1.697 2.253 2.849 3.368 3.767 4.211 4.479 4.841 5.201
1.02E-03 2.03E-05 4.77E-05 4.61E-04 7.96E-04 1.02E-03 1.43E-04 2.24E-04 3.50E-04 9.19E-04
3.08 5.46 9.52 17.27 29.01 43.26 67.40 88.17 126.61 181.42
Error Sum
5.01E-03
6.000
200 180
5.000
160
4.000
Pressure(kPa)
ln(Pressure(kPa))
Relative Error -3.2% -0.4% 0.7% 2.2% 2.9% 3.3% 1.2% -1.5% -1.9% -3.0%
3.000 2.000
140 120 100 80
60 40
1.000
20 0.000
0 200
250
300 Temperature (K)
ln P sat / kPa A
350
400
-50
0 50 Temperature (°C)
100
B T / K C
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Chapter 1
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