Imagine a system of particles such as a fixed amount of an ideal gas in a container. A given set of conditions (P, V, and T) defines the Imagine a system of particles such as a fixed amount of an ideal gas in a container. A given set of conditions (P, V, and T) defines the blank of the system. At any one instant, a particular gas particle may have lots of kinetic energy, but at the next instant, it may have very little (because it lost its energy through collisions). The exact internal energy distribution among the particles at any one instant is called a blank. You can think of a blank as a snapshot of the system at a given instant in time. The next instant, the blank changes. The blank−defined by P, V, and T−blank. of the system. At any one instant, a particular gas particle may have lots of kinetic energy, but at the next instant, it may have very little (because it lost its energy through collisions). The exact internal energy distribution among the particles at any one instant is called a Imagine a system of particles such as a fixed amount of an ideal gas in a container. A given set of conditions (P, V, and T) defines the blank of the system. At any one instant, a particular gas particle may have lots of kinetic energy, but at the next instant, it may have very little (because it lost its energy through collisions). The exact internal energy distribution among the particles at any one instant is called a blank. You can think of a blank as a snapshot of the system at a given instant in time. The next instant, the blank changes. The blank−defined by P, V, and T−blank.. You can think of a Imagine a system of particles such as a fixed amount of an ideal gas in a container. A given set of conditions (P, V, and T) defines the blank of the system. At any one instant, a particular gas particle may have lots of kinetic energy, but at the next instant, it may have very little (because it lost its energy through collisions). The exact internal energy distribution among the particles at any one instant is called a b