Using the graph of absorptivity as a function of wavelength: ... Wavelength um 80 60 ground (b) 40 level 2어 estimate an average (within the range of the Earth's radiation, say between 10 and 30 mkm) emissivity of atmosphere. Make a sketch of the graph and describe how you make the estimation. ABSORPTION
Using the graph of absorptivity as a function of wavelength: ... Wavelength um 80 60 ground (b) 40 level 2어 estimate an average (within the range of the Earth's radiation, say between 10 and 30 mkm) emissivity of atmosphere. Make a sketch of the graph and describe how you make the estimation. ABSORPTION
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![Using the graph of absorptivity as a function of wavelength:
0.
3.
10
.....
Wavelength um
Laul
100+
(b)
60
ground
40
level
20
estimate an average (within the range of the Earth's radiation, say between 10 and
30 mkm) emissivity of atmosphere. Make a sketch of the graph and describe how you
make the estimation.
ABSORPTION %](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F43d4a421-2de2-4a7f-a28c-803f1752e26f%2Fa534d511-9e8d-476d-b527-82528b1adb6d%2Fih8fsxk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Using the graph of absorptivity as a function of wavelength:
0.
3.
10
.....
Wavelength um
Laul
100+
(b)
60
ground
40
level
20
estimate an average (within the range of the Earth's radiation, say between 10 and
30 mkm) emissivity of atmosphere. Make a sketch of the graph and describe how you
make the estimation.
ABSORPTION %
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