A real gas will be least likely to act as an ideal gas under low (#1: temperature/pressure) and high temperature/pressur

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A Real Gas Will Be Least Likely To Act As An Ideal Gas Under Low 1 Temperature Pressure And High Temperature Pressur 1 (32.84 KiB) Viewed 15 times

A real gas will be least likely to act as an ideal gas under low (#1: temperature/pressure) and high temperature/pressure). (#2: The Kinetic Molecular Theory (KMT) assumes that the distance between particles is large compared with the size of the particles themselves. This condition is unrealizable at high pressure. Under this condition, the molecules are forced close enough to each other so that their volume is no longer small compared to the volume of the container. Therefore, intermolecular (#3: attractive/repulsive) forces may become significant here, and sooner or later the gas liquifies. (#4: Under low temperature conditions, the velocities of the molecules increase/decrease) and, again, attractive forces between the molecules begin to play a significant role.