QuestionMarch 21, 2026

At room temperature and pressure, the distance between gas particles is about __ times the diameter of the particles themselves. a two b fifty c one hundred d ten

At room temperature and pressure, the distance between gas particles is about __ times the diameter of the particles themselves. a two b fifty c one hundred d ten
At room temperature and pressure, the distance between gas
particles is about __ times the diameter of the particles
themselves.
a two
b fifty
c one hundred
d ten

Solution
3.6(197 votes)

Answer

one hundred (c) Explanation 1. Recall basic kinetic theory At room temperature and pressure, gas molecules occupy a very small fraction of total volume; mean distance is much greater than diameter. 2. Estimate ratio The distance between particles is typically about 10 times their diameter for liquids, but for gases it's much larger — kinetic theory and typical molar volume indicate ~100×.

Explanation

1. Recall basic kinetic theory <br /> At room temperature and pressure, gas molecules occupy a very small fraction of total volume; mean distance is much greater than diameter. <br />2. Estimate ratio <br /> The distance between particles is typically about 10 times their diameter for liquids, but for gases it's much larger — kinetic theory and typical molar volume indicate ~100×.
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