1. What can you observe from the picture below? Explain in detail. Penetrates Earth's Atmosphere? Radiation Type Radio Wavelength (m) 10³ Approximate Scale of Wavelength Frequency (Hz) Temperature of objects at which this radiation is the most intense wavelength emitted Y 104 GR N wwwwww Visible 0.5x10-6 Microwave 10-² 108 Infrared 10-5 1K -272 °C Buildings Humans Butterflies Needle Point Protozoans Molecules Atoms Atomic Nuclei 10¹2 100 K -173 °C 10¹5 10,000 K 9,727 °C N Ultraviolet X-ray 10-8 10-10 1016 10¹8 Gamma ray 10-12 10,000,000 K -10,000,000 °C 1020
1. What can you observe from the picture below? Explain in detail. Penetrates Earth's Atmosphere? Radiation Type Radio Wavelength (m) 10³ Approximate Scale of Wavelength Frequency (Hz) Temperature of objects at which this radiation is the most intense wavelength emitted Y 104 GR N wwwwww Visible 0.5x10-6 Microwave 10-² 108 Infrared 10-5 1K -272 °C Buildings Humans Butterflies Needle Point Protozoans Molecules Atoms Atomic Nuclei 10¹2 100 K -173 °C 10¹5 10,000 K 9,727 °C N Ultraviolet X-ray 10-8 10-10 1016 10¹8 Gamma ray 10-12 10,000,000 K -10,000,000 °C 1020
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Transcribed Image Text:1. What can you observe from the picture below? Explain in detail.
Penetrates Earth's
Atmosphere?
Radiation Type Radio
Wavelength (m) 10³
Approximate Scale
of Wavelength
Frequency (Hz)
Temperature of
objects at which
this radiation is the
most intense
wavelength emitted
Y
104
GR
N
wwwwwww
Visible
0.5x10-6
Microwave
10-²
108
Infrared
10-5
Buildings Humans Butterflies Needle Point Protozoans Molecules Atoms
1K
-272 °C
10¹2
100 K
-173 °C
10¹5
10,000 K
9,727 °C
N
Ultraviolet X-ray
10-8
10-10
1016
10¹8
10,000,000 K
-10,000,000 °C
Gamma ray
10-12
Atomic Nuclei
1020
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