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How does the particle theory of matter explain why a gas has more compressibility than...

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ryan191919 | Student, Undergraduate | eNotes Newbie

Posted May 12, 2010 at 8:37 AM via web

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How does the particle theory of matter explain why a gas has more compressibility than a liquid?

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noorain | Student , Grade 9 | eNoter

Posted June 7, 2010 at 10:27 PM (Answer #1)

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The particle theory of matter says that gases have maximum compressibility, this is because the large spaces between particles of gases move even further away from each other when any type of force is applied on it.

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pamsuegun | Middle School Teacher | (Level 2) Adjunct Educator

Posted June 21, 2010 at 11:14 AM (Answer #2)

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Solids, liquids and gases are different because the atoms (or particles) that make them up have different amounts of energy.  The amount of energy determines how the atoms or particles behave.  In solids the particles do not have much energy.  The particles in solids are tightly packed and locked in place, but still vibrate.  In liquids the particles have more energy.  This allows the particles in liquids to roll past each other, but they are still tightly packed.  In gases the particles have a lot of energy.  This means that they are not tightly packed and can move apart.  Gases can be compressed because the particles can be forced closer together.  The particles in a liquid are already as close as they can be.

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