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The series that Kili appears in as the hot dwarf is The Hobbit. The Hobbit series takes place in the world Middle-earth. Kili and his brother serve as scouts, as they are younger and their senses are sharper, making them more suited to the job.
What else can I help you with?
Why the color of dwarf star is red?
Only a red dwarf star is red. Our Sun is a yellow dwarf. A red dwarf is red because it is cool, and cool colours are red whereas hot colours are white and blue.
How white dwarf stars can be both hot and dim?
White Dwarf Stars are very hot, like a ball of fire. They are dim because they are small and very far away.
Why are dwarf plants are hot but dim?
I assume you mean a DWARF STAR. There are different types of dwarf stars; the white dwarfs are fairly hot - but the reason they are dim is that they have a very small surface area.
A star that is very hot but dim is a?
That might be a white dwarf.
Are dwarf stars relatively hot or cool?
cool
What is an old dense hot star?
White dwarf
Can you find dwarf rabbit in Egypt?
No, Egypt is too hot for a dwarf rabbit to live in. However, hares can live there!
How does a brown dwarf compare to our sun?
The distinguishing feature is that a brown dwarf gets hot enough to fuse deuterium (hydrogen-2), but not hot enough to fuse hydrogen-1.
What star is An Old Dense Hot Star?
White dwarf
When you see a dwarf can you have guilt free hot chips?
Yes. Of course you can, yesterday a dwarf sat next to me on the train and I had guilt free hot chips afterwards. The whole experience was great.
What is the small hot star that is near the end of its life?
A white dwarf.
How are brown dwarfs different from other stars?
A brown dwarf is a "failed star" - one that never became hot enough (not enough mass) to start nuclear fusion.A brown dwarf is a "failed star" - one that never became hot enough (not enough mass) to start nuclear fusion.A brown dwarf is a "failed star" - one that never became hot enough (not enough mass) to start nuclear fusion.A brown dwarf is a "failed star" - one that never became hot enough (not enough mass) to start nuclear fusion.
