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they are warming up,thats why if a meteor is coming near earth or something bigger,you see a trail,if you use high tech telescopes you can see trails of water,that is melting from the meteors core.Meteors and asteroids that have water and carbon,from that with organic building materials life started to thrive.
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I think we are misunderstanding by your use of terms, do you mean a meteorite warms up? As in
meteorite, an asteroid that has entered out atmosphere? If so then yes they do heat up obviously, but how does this explain autochthonic life? Most asteroids are iron rich or silicon compound based, as for the trails of water that follow in the tail of a meteorite, I would expect that these are trace amounts as I previously stated, not enough to give life a kick start.
We must remember our argument, 'that supposedly life could start from an asteroid collision,' [paraph.] I say to you that this is nigh on impossible because any organic compound, amino acid or even RNA living on an asteroid body would cease to exist post impact, even in the initial burn up.