What is absolute zero in terms of gas behavior?

Absolute zero is defined as the point at which the motion of gas particles theoretically comes to a complete stop. This temperature is equivalent to 0 Kelvin, or -273.15 degrees Celsius. At this state, the kinetic energy of the particles, which is directly related to temperature, reaches its minimum value. In terms of gas behavior, this means that the particles can no longer exhibit any thermal motion, resulting in a cessation of the pressure exerted by the gas, as there are no moving particles to collide with the walls of a container.

The concept of absolute zero is fundamental in understanding the ideal gas law and the behavior of gases at low temperatures. As the temperature approaches absolute zero, gases are expected to exhibit behaviors that deviate from ideality due to the quantized nature of matter and the effects of quantum mechanics.

The other choices present scenarios that do not accurately represent absolute zero: maximum thermal motion refers to a high-energy state, while infinite volume and a specific temperature of 100 K do not align with the definition of absolute zero.