Rubbing alcohol evaporates from your arm quickly, leaving a cooling effect on your skin. How do the molecules of gas compare to the molecules as a liquid?

The gas particles move faster, have the same molecular composition, and have weaker attractions between them than the liquid particles.
The gas particles move faster than the liquid particles, and the bonds of the molecules are broken during evaporation to allow gas atoms to spread apart.
The gas particles move slower but have the same molecular structure and the same attraction between them as the liquid particles.
The gas and liquid particles move at the same speed, but the bonds of the molecules are broken during evaporation to allow the gas atoms to spread apart.

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The gas particles move faster than the liquid particles, and the bonds of the molecules are broken during evaporation to allow gas atoms to spread apart.

Evaporation

When substances evaporate from liquid states to gaseous states, the bonds between the molecules of the substances are broken and the atoms spread apart as far away as possible.

In addition to the breaking of bonds, the particles of the gases move faster than when they were linked together in liquids since the particles are now free from one another.

More on evaporation can be found here: https://brainly.com/question/5019199

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