What postulate of the kinetic molecular theory best explains why gases have high fluidity? because collisions between gas particles are elastic, there is no loss of energy as particles flow past each other. because gases consist of large numbers of tiny particles, they spread out and do not come in contact with each other. because the attractive forces between gas particles are negligible, gas particles can glide easily past one another. because the average kinetic energy of gas particles increases as temperature increases, gas particles behave more like a liquid. question 6 compare the compressibility of gases and liquids. support your answer by describing the arrangement of particles in gases and liquids.

Gases having very negligible attractive force is the reason why they have

high fluidity.

Gases are made up of atoms which are evenly spaced as a result of very

negligible attractive force. This makes the atoms to glide past each other

easily thereby explaining its fluidity.

The difference between compressibility in gases and liquids is that Gases

have particles which are evenly arranged with a lot of space between them

while liquids have particles are more compactly packed than the gases

which is why they aren't easily compressed.

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Answer & Explanation:

1. The postulate of the kinetic molecular theory best explains why gases have high fluidity is:

Because the attractive forces between gas particles are negligible, gas particles can glide easily past one another.

2. The compressibility of gases and liquids:

In gases, the attraction forces is negligible and the particles are apart from each others, so the particles can be compressed and get closer to each other by decreasing the volume.

In liquids, the attraction forces is less and the particles can move freely. But the particles are arranged very close to each others. Thus, liquids are not easily compressible.

the movement of aircraft through clouds can even cause lightning strikes. a single lightning event is a "flash", which is a complex, multi-stage explosively ejected.

explanation:

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your answer is a. the enthalpy of formation for a pure element in its standard state is always positive.