Hello,
Can you please tell me how to solve this?
Thanks a lot,
Sri
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Hi Sri,
Without the answer choices to choose from, my interpretation will be based on the layout of the table (and a bit of logical inference). Since the table is built around the SUN, I would assume that the Sun appears on the Vertical access (Luminosity) at the "1" level. By extension, if it's at the "middle" of the Luminosity Scale, then it's probably at the "middle" of the Temperature Scale. Thus the Sun would probably be considered a "main sequence" star.
For the second question, "the group with the greatest RANGE of temperatures, aside from the main sequence stars" is the "white dwarfs" (since it's range is about 15,000K to a little less than 40,000K).
GMAT assassins aren't born, they're made,
Rich
Without the answer choices to choose from, my interpretation will be based on the layout of the table (and a bit of logical inference). Since the table is built around the SUN, I would assume that the Sun appears on the Vertical access (Luminosity) at the "1" level. By extension, if it's at the "middle" of the Luminosity Scale, then it's probably at the "middle" of the Temperature Scale. Thus the Sun would probably be considered a "main sequence" star.
For the second question, "the group with the greatest RANGE of temperatures, aside from the main sequence stars" is the "white dwarfs" (since it's range is about 15,000K to a little less than 40,000K).
GMAT assassins aren't born, they're made,
Rich
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Hi Sri,
Without the answer choices to choose from, my interpretation will be based on the layout of the table (and a bit of logical inference). Since the table is built around the SUN, I would assume that the Sun appears on the Vertical access (Luminosity) at the "1" level. By extension, if it's at the "middle" of the Luminosity Scale, then it's probably at the "middle" of the Temperature Scale. Thus the Sun would probably be considered a "main sequence" star.
For the second question, "the group with the greatest RANGE of temperatures, aside from the main sequence stars" is the "white dwarfs" (since it's range is about 15,000K to a little less than 40,000K).
GMAT assassins aren't born, they're made,
Rich[/quote]
Hello Rich,
Thank you very much for the detailed explanations. It is clear now.
Best Regards,
Sri
Without the answer choices to choose from, my interpretation will be based on the layout of the table (and a bit of logical inference). Since the table is built around the SUN, I would assume that the Sun appears on the Vertical access (Luminosity) at the "1" level. By extension, if it's at the "middle" of the Luminosity Scale, then it's probably at the "middle" of the Temperature Scale. Thus the Sun would probably be considered a "main sequence" star.
For the second question, "the group with the greatest RANGE of temperatures, aside from the main sequence stars" is the "white dwarfs" (since it's range is about 15,000K to a little less than 40,000K).
GMAT assassins aren't born, they're made,
Rich[/quote]
Hello Rich,
Thank you very much for the detailed explanations. It is clear now.
Best Regards,
Sri
- Harikrushna Kotadiya
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But the answer is wrong
Official answer to the first question is "blue giants" , NOT - main sequence
Official answer to the first question is "blue giants" , NOT - main sequence
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If you have an image available, would you remind reposting the question? At its current size and resolution, it's a little tough for some of us with less than stellar vision to make out the details.Harikrushna Kotadiya wrote:But the answer is wrong
Official answer to the first question is "blue giants" , NOT - main sequence