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The correct answer is the following.
The Sun's radiation warm the surface of the Earth. Among the factors that affect heating on the planet's surface is the altitude of the location. The elevation affects the climate of the place. Â UV increases in high altitude places. The latitude changes the way the Sun's rays impact the Earth. It changes the light of the daylight hours in various places of the Earth. Solar ultraviolet radiation impacts the surface of the planet. The surface "keeps" the heat and reflect it back. SUrfaces such as concrete, metal, and sand from the beach reflect UV back onto a person. Â UV radiation can diffuse although a person is under shade. Scattered UV can reach the person.
The absorption of sunlight by the surface of the earth depends on the altitude, latitude, and materials that the surface of the earth has.
We can arrive at this answer because:
- The altitude determines the places on the planet that will receive more or less incidence of sunlight.
- Places with higher altitudes receive more solar energy and can absorb more of this energy on their surface.
- Latitude also influences this absorption, as it determines the time that sunlight will fall on a location.
- Places with longer sunlight can absorb more of this energy.
Lastly, the material that is on the surface of the earth can greatly influence the absorption of solar energy. This is because the location with the surface covered with water or concrete can absorb little solar energy. After all, it reflects a large part of this energy. Other surfaces, such as beach sand, for example, have a greater capacity to absorb this energy.
More information:
https://brainly.com/question/15131235?referrer=searchResults
