If the temperature of a liquid-vapor system at equilibrium increases, it will shift towards the vapor phase, assuming that the pressure remains equal. The concentration of vapor will also increase relative to the concentration of liquid in the system. Thus, the new equilibrium condition will have more vapor than liquid.
The variable represents the mass. Its unit is kilogram. We are informed that the mass of the object is . The variable represents the linear velocity. Its unit is meter per second. We are informed that the linear velocity of the object is . Let's find the kinetic energy of the object by substituting these values in the formula.