When a substance Which expand on heating is compressed
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Explanation:
Metals like mercury (liquid) and copper (solid).
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When a substance that expands on heating is compressed the density increases and the volume decreases of that particular substance.
Explanation:
When a substance is compressed, the density of that substance decreases. In simpler words, when we compress a substance, the volume is taking the heat and eventually it decreases keeping the mass intact. We know by Boyle's Law, that volume and density are inversely related, that is, when volume increases, density decreases and vice versa.
Therefore, when a substance is compressed, the volume decreases, and density increases.
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