an someone help me how to read the Temperature(T) at a given pressure level, The dew point(Td) at a given pressure level, The saturation mixing ratio (ws), The (actual) mixing ratio (w), relative humidity (RH), on the Skew-T log p Chart could you please include an explanation for a better understanding?

Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
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can someone help me how to read the Temperature(T) at a given pressure level, The dew point(Td) at a given pressure level, The saturation mixing ratio (ws), The (actual) mixing ratio (w), relative humidity (RH), on the Skew-T log p Chart could you please include an explanation for a better understanding? Read the following on your chart. a. T 825 mb b. Td 775 mb c. w 700 mb d. ws 700 mb e. RH 700 mb f. T 550 mb g. ws 550 mb h. Td 425 mb
16
15+
14-
13-
12+
=
Height of Standard Atmosphere (km)
10-
5-
4-
3-
2-
Pressure (hPa)
100
200
300
400-
500-
600-
700
800-
900-
1000-
254
8-30°C
7
10°C
092)
&
25
X
266
20
20
9
273
51524
30
280
تی
£10
40
288
for
Ge
D
298
-15
16
-100
1310
15.
Bo
B-70 G
-10
1316
A
10
323
12.5
20
A the
o
8
332
15
O
341
351
02-
20
th
20
SUT
363
22.5
6 10
Temperature (°C)
1376
19
91
25
198
%
-70
WA
391
LID
diffe
SITECTES
20
408
Ho
10 28
25
OB
13
28
X
931
25 D
22
A
12
10
9
0-424K
18
50
1x
$
35
A
40
A
t
...
fi
40
dº
20
0
%
20
%
&
OF
10
Temperature (°C)
Transcribed Image Text:16 15+ 14- 13- 12+ = Height of Standard Atmosphere (km) 10- 5- 4- 3- 2- Pressure (hPa) 100 200 300 400- 500- 600- 700 800- 900- 1000- 254 8-30°C 7 10°C 092) & 25 X 266 20 20 9 273 51524 30 280 تی £10 40 288 for Ge D 298 -15 16 -100 1310 15. Bo B-70 G -10 1316 A 10 323 12.5 20 A the o 8 332 15 O 341 351 02- 20 th 20 SUT 363 22.5 6 10 Temperature (°C) 1376 19 91 25 198 % -70 WA 391 LID diffe SITECTES 20 408 Ho 10 28 25 OB 13 28 X 931 25 D 22 A 12 10 9 0-424K 18 50 1x $ 35 A 40 A t ... fi 40 dº 20 0 % 20 % & OF 10 Temperature (°C)
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