There are a very large ____ of particles (molecules or atoms) involved. This means we can apply ____ to our solutions.The particles are involved in perfectly ____ collisions with their containers and each other. So no ____ energy is lost during ____. The length of time involved in a collision is ____ compared to the time between collisions The ____ occupied by the particles is negligible compared to the volume of the ____. i.e. there are big ____ between ____ so they have little or no ____ on each other. The particles are involved in ____ motion i.e. there is no ____ force on them - due to gravity, for example. An ____ gas is one for which all these assumptions are ____. They are also a very good approximation for ____ gases providing the ____ is not too high. The mean square speed is found by taking the ____ of all the ''squared speeds'' of the molecules. If you take the ____ of this you get the root of the average squared speeds or ____.

Kinetic Theory Assumptions Missing Words

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