I don't know just how that comes into the equation of things WoF but I suppose if you're just generally asking a hypothetical warm asteroid could get very close to the sun, or have a molten core through immense pressure but then, I would have thought that this was impossible for an 'asteroid.'
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an asteroid has a cold surface,but the inside of it doesnt have to be like that,there is water on asteroids equaling that there is O an that means that there might be life on asteroids,just like some planets that were slingshooted off of their star system.
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Where are you getting all this ground breaking information from? An asteroid is cold well done, as is the vast majority of the vacuum of space. So why would the inside be warmer? What would significantly warm up the inside of an asteroid? Remembering of course that most asteroids are no larger than a brick and only 1100 asteroids known to man in our solar system bigger than 30km in diameter. Also yes there are sometimes trace amount of water on some asteroids...we expect, that doesn't equate to life, otherwise there would be microbes on the moon and almost every other planet we know of. Firstly, yes having water does mean that there is oxygen but then it would be locked up in freezing cold ice...trace amounts of ice, we're talking a few bonded atoms here not puddles.