Explain where did 23.4 came from
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Explain where did 23.4 came from

Transcribed Image Text:TABLE 1 Saturation Vapor Pressure Over Water for Various Air Temperatures*
SATURATION
SATURATION
VAPOR
AIR
VAPOR
AIR TEMPERATURE
PRESSURE
TEMPERATURE
PRESSURE
(°C)
(°F)
(MB)
(°C)
(°F)
(MB)
-18
(0)
1.5
18
(65)
21.0
-15
(5)
1.9
21
(70)
25.0
-12
(10)
2.4
24
(75)
29.6
-9
(15)
3.0
27
(80)
35.0
-7
(20)
3.7
29
(85)
41.0
-4
(25)
4.6
32
(90)
48.1
-1
(30)
5.6
35
(95)
56.2
(35)
6.9
38
(100)
65.6
4
(40)
8.4
41
(105)
76.2
7
(45)
10.2
43
(110)
87.8
10
(50)
12.3
46
(115)
101.4
13
(55)
14.8
49
(120)
116.8
16
(60)
17.7
52
(125)
134.2
*The data in this table can be obtained in Fig. 4.10, p. 97, by reading where the air temperature inter-
sects the saturation vapor pressure curve.

Transcribed Image Text:RELATIVE HUMIDITY IN THE HOME
• When outside air with a temperature and
dew point of -15°C (5°F) is brought indoors
and heated to 20°C (68°F), the relative
humidity of the heated air drops to 8
percent.
1.9 mb
* RH
X 100 = 8%
INSIDE AIR
OUTSIDE AIR
T=-15°C (5°F)
To = -15°C (5°F)
23.4 mb
T= 20°C (68°F)
Tg = -15°C (5°F)
RH = 8%
RH = 100%
• FIGURE 4.20 When outside air with an air temperature and a dew point of
-15°C (5°F) is brought indoors and heated to a temperature of 20°C (68°F) (without
adding water vapor
on plants, animals, and humans living inside. (T represents temperature; T, dew point;
and RH, relative humidity.)
the air), the relative humidity drops to 8 percent, placing stress
55
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