If a massive object (say 10 solar masses) had a temperature of absolute zero, would it have gravity?
Question:
Answer:
yes temperature doesnt matter.
gravity is created by mass. temperature doesnt have anything to do with it. anything that has mass will have gravity.
Temperature does not affect gravity. Also, nothing can ever reach absolute zero, only get asymptotically close.
Temperature does not affect gravity... However, nothing in this universe is at absolute ZERO. The temperature of the vacuum in space is slightly above zero due to the left over heat from the big-bang. Any mass in the universe has not had sufficient time to cool down to even near that temperature. Especially if the mass is 10 times the Sun, it will still likely an active star. So, the setup assumed in this question is not possible.
Where is this massive object? If it's in space it has no gravity anyway.
Yes it would...gravity is all about mass...
The black hole would have gravitational attraction.
You just said it was a 10 solar mass object. 10 solar masses equates to a stupendous amount of gravity. A 10 solar mass object would collapse under its own weight faster than you can say "duh" and become a star. The question doesn't make sense. Stars are hot.
Temperature doesn't matter. Mercury is extreme hot on the sunny side but is extreme cold on the shadowed side, but that doesn't mean that Mercury has more gravity on the sunny side and less on the other side.
Go to this website ... they have the answer you seek
1) gravity comes from having mass... i have gravity... weak... weak gravity...
2) matter cannot theoretically exist at absolute zero... the atoms like dont move and that makes them... like not atoms
Temperature and mass are completely independent on each other.
So yes, it has a gravity field around itself.
Th
Yes, of course it would. Can you imagine the unversal chaos if gravity depended upon temperature, or were even affected by it in the least? Thank God, that He created the physical realm with a bit more forethought than you showed in asking this.
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