Relative Strengths of Absorption Lines lonized Neutral Hydrogen helium helium lonized metals Neutral Molecules (TiO) metals B F Spectral Class M >30,000 10,000 7500- 30,000 6000- 5200- 3700- 10,000 7500 6000 2400- 5200 3700 Approximate Temperature (K) According to the graph shown above, for which spectral class stars are the following absorption lines the strongest? Neutral Metals [Select] Hydrogen [Select] Neutral Helium [Select]
Relative Strengths of Absorption Lines lonized Neutral Hydrogen helium helium lonized metals Neutral Molecules (TiO) metals B F Spectral Class M >30,000 10,000 7500- 30,000 6000- 5200- 3700- 10,000 7500 6000 2400- 5200 3700 Approximate Temperature (K) According to the graph shown above, for which spectral class stars are the following absorption lines the strongest? Neutral Metals [Select] Hydrogen [Select] Neutral Helium [Select]
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Mehlo
![Relative Strengths of
Absorption Lines
lonized Neutral Hydrogen
helium helium
lonized
metals
Neutral Molecules (TiO)
metals
B
A
F
G
K
M
Spectral Class
>30,000
10,000- 7500-
30,000
6000- 5200-
10,000 7500 6000
Approximate Temperature (K)
3700-
2400-
5200
3700
According to the graph shown above, for which spectral class stars are the
following absorption lines the strongest?
Neutral Metals [Select]
Hydrogen [Select]
Neutral Helium [Select]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ad9c9e8-e7da-4a38-ab37-269fade8d74f%2F28860c59-3911-44bf-8f8a-ee2eba594609%2Fq00iahe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Relative Strengths of
Absorption Lines
lonized Neutral Hydrogen
helium helium
lonized
metals
Neutral Molecules (TiO)
metals
B
A
F
G
K
M
Spectral Class
>30,000
10,000- 7500-
30,000
6000- 5200-
10,000 7500 6000
Approximate Temperature (K)
3700-
2400-
5200
3700
According to the graph shown above, for which spectral class stars are the
following absorption lines the strongest?
Neutral Metals [Select]
Hydrogen [Select]
Neutral Helium [Select]
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