An "ideal gas" is a theoretical gas that follows the assumptions of the kinetic molecular theory. However real gases can deviate from this behavior under certain conditions. Complete the statements: At very square pressures, gas particles are forced so close together that their individual volumes become significant compared to the container volume. At very square temperatures, gas particles are moving slow enough past each other to experience intermolecular forces that affect their motion.

Question

An "ideal gas" is a theoretical gas that follows the assumptions of the kinetic molecular theory. However real gases can deviate from this behavior under certain conditions. Complete the statements: At very square pressures, gas particles are forced so close together that their individual volumes become significant compared to the container volume. At very square temperatures, gas particles are moving slow enough past each other to experience intermolecular forces that affect their motion.

Answer 1

t very **high** pressures, gas particles are forced so close together that their individual volumes become significant compared to the container volume. At very **low** temperatures, gas particles are moving slow enough past each other to experience intermolecular forces that affect their motion.

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