Respuesta :
Evaporation
Conduction to air, which then rises in convection
Radiation of infrared energy
Explanation:
- Evaporation is a method where the water changes from the liquid stage to the gas stage. The liquid molecules will collide with each other when they are changing their phase. During this change, there will be a little energy transformation happening from one molecule to another.
- Conduction is the process at which the electricity or the heat transmitted through the medium when the difference in temperature occurs. In this process, the material is not moving.
- Convection movement will happen in gases and liquids because of their tendency to get hotter. Less dense molecules will go up and the denser molecule will come down which eventually transfer heat.
- Radiation is the energy emission in form of subatomic particles, electromagnetic waves and other high energy particles.
The correct statement regarding the ways in which the heat energy so produced leaves the surface of land masses are by the ways of evaporation, conduction to air later rising in convection and radiation of infrared energy.
So, the correct options that match with the statements quoted above are A, D and G. These are the ways in which heat energy can be converted.
Heat Energy.
- Heat energy can only be transferred from one form to another, and it can never be created or destroyed.
- Evaporation refers to conversion of water or liquid bodies to the gaseous state.
- Conduction to air can be referred with an example that Sodium metal starts catching fire, which is a form of heat at normal room temperature.
- Radiation in the form of infrared energy refers to the transfer of heat energy due to waves that are passed through an object.
Hence, the correct options are A, D and G that the heat energy leaves the surface of land masses by the ways of evaporation, infrared radiation and conduction to air.
Learn more about Heat Energy here:
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