Does heat generate additional gravity

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Heating an object does indeed increase its gravitational mass due to the equivalence of mass and energy as described by Einstein's equation E=mc². When energy is added to an object, such as through heating, it effectively increases the object's mass, thereby enhancing its gravitational pull. This principle applies universally to all forms of energy, confirming that any addition of energy contributes to the gravitational mass of the object.

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Considering E=mc^2... (solved for m; m=E/c^2)

If I heat up an object, does it generate more gravity as it gets hotter?

What about adding other types of energy to the object? (pick your energy form - save potential I would think)

(Basically, does adding energy to an object increase it's gravitational mass)

Thanks.
 
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BrianConlee said:
Considering E=mc^2... (solved for m; m=E/c^2)

If I heat up an object, does it generate more gravity as it gets hotter?

What about adding other types of energy to the object? (pick your energy form - save potential I would think)

(Basically, does adding energy to an object increase it's gravitational mass)

Thanks.

If you heat the object by adding energy, and not just compressing the object or some means that doesn't require the addition of energy, then yes.
 
If one form of energy is equivalent to mass, then all other forms of energy must be equivalent to mass as well. For an argument to this effect, see this link: http://www.lightandmatter.com/html_books/6mr/ch01/ch01.html#Section1.3
 
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