A solid is cooled to a very low temperature. Assuming the mass remains constant, how, if at all, does this affect the density of the solid?

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Question

Areli Russell

Chemistry

28 February, 12:24

A solid is cooled to a very low temperature. Assuming the mass remains constant, how, if at all, does this affect the density of the solid?

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Answers (2)

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Jerry Ortega · Answer 1

it is making a new form so the density would be the same because water becoming into ice a solid are the same thing.

Quinton Peters · Answer 2

when a solid is cooled, its molecules slow down n vibrate less. usually its volume will decrease. as the mass remains constant and density = mass/volume, density will decrease.

A solid is cooled to a very low temperature. Assuming the mass remains constant, how, if at all, does this affect the density of the solid?Enter your answer in the space provided

A solid is cooled to a very low temperature. Assuming the mass remains constant, how, if at all, does this affect the density of the solid?

Enter your answer in the space provided