a) at high temperature and high pressure.
B) as the higher the temperature the higher the energy the particles will have , the faster they will move, the less likely they will be at the optimum distance for intermolecular forces to occur between atoms (this would result in the particles going into liquid phase). Also low pressure as the more room for the particles to move, so prevent them condensing to a liquid (which would happen under high pressure).
(b). All gases are more “ideal” when they are FAR from the liquid phase…that’s why the T should be high and the P should be low, if we want to see ideal behavior. The interactions of the molecules with one another will then be negligible.
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