Deck 56: The Temperatures and Compositions of Stars
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Deck 56: The Temperatures and Compositions of Stars
1
An O star is about _______ degrees surface temperature.
A) 3000 K
B) 6000 K
C) 12,000 K
D) 30,000 K
A) 3000 K
B) 6000 K
C) 12,000 K
D) 30,000 K
30,000 K
2
The hotter the star, the bluer it is. This is a consequence of _______.
A) Planck's Law
B) Wien's Law
C) Stefan's Law
D) Kepler's Law
A) Planck's Law
B) Wien's Law
C) Stefan's Law
D) Kepler's Law
Wien's Law
3
M stars have a surface temperature of about ______ .
A) 3000 K
B) 6000 K
C) 12,000 K
D) 30,000 K
A) 3000 K
B) 6000 K
C) 12,000 K
D) 30,000 K
3000 K
4
The Balmer lines in a spectrum are the signature of
A) hydrogen
B) helium
C) calcium
D) mercury
A) hydrogen
B) helium
C) calcium
D) mercury
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5
Wien's law shows the temperature range of normal stars is from _____ to ____.
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6
The full spectral type sequence from hottest to coolest stars is given by ___________________.
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7
Our sun is a G star.
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8
The star temperature classification that is just cooler than the sun is the F star.
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