Eventually, all of the energy that reaches the Earth's surface isMultiple Choiceabsorbed into the Earth.turned into biomass.used in heating.reflected or radiated back to space.dissipated within the Earth's atmosphere.
Question
Eventually, all of the energy that reaches the Earth's surface isMultiple Choiceabsorbed into the Earth.turned into biomass.used in heating.reflected or radiated back to space.dissipated within the Earth's atmosphere.
Solution
The correct answer is: reflected or radiated back to space.
Here's why: The energy that reaches the Earth's surface comes primarily from the sun. Some of this energy is absorbed by the Earth's surface, some is used by plants to create biomass through photosynthesis, and some is used in heating the Earth's surface and atmosphere. However, not all of this energy stays on Earth. A significant portion is reflected back into space by the Earth's surface and atmosphere, and some is radiated back into space as heat. Therefore, eventually, all of the energy that reaches the Earth's surface is either reflected or radiated back to space.
Similar Questions
Energy absorbed at the Earth's surface is radiated back to space in the form ofMultiple Choicevisible light.ultraviolet radiation.infrared radiation (heat).microwaves.insolation.
Most of the energy that reaches EarthGroup of answer choicesis absorbed at the surface of the Earthis absorbed in the atmosphereis reflected back to space
Energy from the sun reaches the earth through what type of heat transfer?
Describe one way that energy is transferred between two Earth systems.
What type of energy comes from tapping the heat from inside the Earth?AhydroelectricBsolarCfermentationDthermal
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