How does the temperature of the vaporized gas compare to the temperature of the solid ice that Yuki began with?

The temperature of the vaporized gas is significantly higher than the temperature of the solid ice that Yuki began with. When ice melts and then vaporizes, it absorbs heat energy, which raises the temperature of the water and subsequently the vaporized gas. This process involves transitioning from a solid state (ice) at a low temperature to a gaseous state at a much higher temperature, resulting in a considerable increase in thermal energy.