This question is unreasonable.
Water absorbs heat, which increases the kinetic energy of the water molecules and changes the state of the water from liquid to gas. That is to say, this part of the water cannot increase the internal energy, if it increases, it will turn into water vapor. Again, the process of boiling water went beyond the formula Q=cm△t.
Detailed information:
The difference between evaporation and boiling:
1. Evaporation can occur in liquids at any temperature. Vaporization phenomenon. (ignore -273.15℃, because -273.15℃ is absolute zero, the point at which molecules stop moving), and boiling is a vaporization phenomenon that can only occur when a liquid continues to be heated to a certain temperature (boiling point).
2. The liquid temperature will drop during evaporation, but the liquid temperature will remain unchanged.nged during boiling (provided that the pressure on the surface of the liquid does not change).
3. Evaporation is a slow vaporization phenomenon that occurs only on the surface of a liquid, while boiling is a violent vaporization phenomenon that occurs simultaneously on the surface and interior of a liquid.
4. Factors that affect the evaporation rate are: liquid surface, liquid temperature, and air flow near the liquid surface; are: the air pressure on the surface of the liquid and the purity of the liquid. Factors that affect boiling speed: liquid volume and original temperature.
Baidu-Boiling Encyclopedia