The rate at which the properties of one of these substances change can be defined in terms of a lapse rate. The derivation of
The rate at which the properties of one of these substances change can be defined in terms of a lapse rate. The derivation of one law that approximately describes them takes the net impulse due to a collision with a wall to be exactly twice a particle's normal momentum; that assumption is part of kinetic molecular theory. The Maxwell-Boltzmann distribution describes the speeds of individual particles in these substances. A constant named for these substances is a macroscopic version of Boltzmann's constant, and takes on a value of 8.31 in standard SI units. Ideal ones are described by the law "P V equals n R T". For 10 points, name this least-dense state of matter.
The rate at which the properties of one of these substances change can be defined in terms of a lapse rate.