February 26, Your action: Surface Sun-exposed flat grassy area Sun-exposed asphalt parking lot Forested northern slope Shaded grassy area Duck Pond A. Given Incoming shortwave radiation SW↓ (W/m) 615 727 35 55 728 B. Calculate from A, C Outgoing Shortwave Radiation SW↑ (W/m) 153.75 87.24 4.9 13.75 36.4 C. From table above Albedo of surface 0.25 0.20 0.15 0.25 0.05 D. Given Mean temp troposphere ("K) 273 273 273 273 273 E. Calculate using D., S-B equation Incoming longwave radiation F. Predict Surface temp ("F/C/K) G. Calculate using F., Wien's Law Dominant wavelength of surface (um) LW↓ (W/m²) 4613.55 265.73K 10.9 4613.55 265.73K 10.9 4613.55 265.73K 10.9 33°F/0.4°C/ 10.6 4613.55 273.4K 4613.55 265.73K 10.9 H. Calculate using F., S-B equation Outgoing longwave radiation I. Calculate using Q equation Calculated Net Radiation (W/m²) LW↑ (W/m²) 4239.78 835.02 4239.78 1013.53 4239.78 403.87 4632.67 22.13 4239.78 1065.27
February 26, Your action: Surface Sun-exposed flat grassy area Sun-exposed asphalt parking lot Forested northern slope Shaded grassy area Duck Pond A. Given Incoming shortwave radiation SW↓ (W/m) 615 727 35 55 728 B. Calculate from A, C Outgoing Shortwave Radiation SW↑ (W/m) 153.75 87.24 4.9 13.75 36.4 C. From table above Albedo of surface 0.25 0.20 0.15 0.25 0.05 D. Given Mean temp troposphere ("K) 273 273 273 273 273 E. Calculate using D., S-B equation Incoming longwave radiation F. Predict Surface temp ("F/C/K) G. Calculate using F., Wien's Law Dominant wavelength of surface (um) LW↓ (W/m²) 4613.55 265.73K 10.9 4613.55 265.73K 10.9 4613.55 265.73K 10.9 33°F/0.4°C/ 10.6 4613.55 273.4K 4613.55 265.73K 10.9 H. Calculate using F., S-B equation Outgoing longwave radiation I. Calculate using Q equation Calculated Net Radiation (W/m²) LW↑ (W/m²) 4239.78 835.02 4239.78 1013.53 4239.78 403.87 4632.67 22.13 4239.78 1065.27
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
Section: Chapter Questions
Problem 1LR
Related questions
Question
![Table 2. February 26, 2019
Your action:
Surface
Sun-exposed flat
grassy area
Sun-exposed asphalt
parking lot
Forested northern
slope
Shaded grassy area
Duck Pond
A. Given
Incoming
shortwave
radiation
SW↓
(W/m²)
615
727
35
:
55
728
B. Calculate
from A, C
Outgoing
Shortwave
Radiation
SW↑
(W/m²)
153.75
87.24
4.9
13.75
36.4
C. From table
above
Albedo of
surface
0.25
0.20
0.15
0.25
0.05
D. Given
Mean temp
troposphere
(°K)
273
273
273
273
273
E. Calculate
using D., S-B
equation
Incoming
longwave
radiation
F. Predict
Surface temp
("F/C/"K)
G. Calculate
using F. Wien's
Law
Dominant
wavelength of
surface
(um)
LW↓
(W/m²)
4613.55 265.73K 10.9
4613.55 265.73K 10.9
4613.55 265.73K 10.9
33°F/0.4°C/
10.6
4613.55 273.4K
4613.55 265.73K 10.9
H. Calculate
using F., S-B
equation
Outgoing
longwave
radiation
I. Calculate
using Q
equation
Calculated Net
Radiation
(W/m²)
LW↑
(W/m²)
4239.78 835.02
4239.78 1013.53
4239.78 403.87
4632.67 22.13
4239.78 1065.27](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb5c9e71a-2152-46c3-8ddc-78ecbd167355%2F32e111ed-320c-4a79-a917-951be376b264%2Fwwe8zj6_processed.png&w=3840&q=75)
Transcribed Image Text:Table 2. February 26, 2019
Your action:
Surface
Sun-exposed flat
grassy area
Sun-exposed asphalt
parking lot
Forested northern
slope
Shaded grassy area
Duck Pond
A. Given
Incoming
shortwave
radiation
SW↓
(W/m²)
615
727
35
:
55
728
B. Calculate
from A, C
Outgoing
Shortwave
Radiation
SW↑
(W/m²)
153.75
87.24
4.9
13.75
36.4
C. From table
above
Albedo of
surface
0.25
0.20
0.15
0.25
0.05
D. Given
Mean temp
troposphere
(°K)
273
273
273
273
273
E. Calculate
using D., S-B
equation
Incoming
longwave
radiation
F. Predict
Surface temp
("F/C/"K)
G. Calculate
using F. Wien's
Law
Dominant
wavelength of
surface
(um)
LW↓
(W/m²)
4613.55 265.73K 10.9
4613.55 265.73K 10.9
4613.55 265.73K 10.9
33°F/0.4°C/
10.6
4613.55 273.4K
4613.55 265.73K 10.9
H. Calculate
using F., S-B
equation
Outgoing
longwave
radiation
I. Calculate
using Q
equation
Calculated Net
Radiation
(W/m²)
LW↑
(W/m²)
4239.78 835.02
4239.78 1013.53
4239.78 403.87
4632.67 22.13
4239.78 1065.27
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