The discussion addresses whether the ideal gas law assumes that gases cannot turn into liquids. It clarifies that the ideal gas law is based on the assumption that gas particles do not interact except through elastic collisions. As a result, the law is most accurate for monoatomic gases at high temperatures and low pressures. Near the temperature at which a gas condenses into a liquid, the ideal gas law may become less reliable, but it can still be used depending on the required measurement accuracy. Overall, the ideal gas law's assumptions limit its applicability in scenarios involving phase changes.