In the absence of light, do objects cool more quickly depending on the object's color?

If you have two objects, with the same mass and same material, at the same temperature above ambient, one black and one white, which would cool quickest with the absence of light?In the absence of light, do objects cool more quickly depending on the object's color?
Both would cool at the same rate.





Different colored objects absorb light differently. Some absorb more than others but in this case you have to have light to absorb to keep it at the same temperature. Since there is no light they will cool down at the same rate.In the absence of light, do objects cool more quickly depending on the object's color?
They would cool at the same rate.





Their color would only affect their light absorption, in the absent of light they technically don't even have a color since its the reflection of light that creates color.
the answer would be related to the theory of Black body radiation good radiators of energy also good absorbers of energy
i think the white one would, because black holds onto heat longer, but i'm not 100% sure

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