The ratio of velocities of two atoms is directly proportional to their kinetic energy. This means that as the ratio of velocities increases, the kinetic energy also increases.
The ratio of velocities of two atoms can be determined by dividing the velocity of one atom by the velocity of the other atom. This will give a numerical value for the ratio.
Yes, the mass of the atoms does affect the ratio of velocities and kinetic energy. Heavier atoms will have a lower velocity and less kinetic energy compared to lighter atoms.
Yes, the ratio of velocities of two atoms can change. This can happen if the atoms experience a change in temperature, pressure, or other external factors that can affect their velocity and therefore their kinetic energy.
The ratio of velocities of two atoms is used in many scientific fields, such as thermodynamics, chemistry, and materials science. It can provide valuable information about the behavior and properties of atoms in different environments and help researchers better understand and predict the behavior of matter.