when sunlight reaches earths surface, the surface absorbs some of the energy and heats up. the more intense…

when sunlight reaches earths surface, the surface absorbs some of the energy and heats up. the more intense the sunlight is, the more energy there is to absorb. the three models below show the same amount of sunlight striking different parts of earths surface at different angles. select the model that shows the part of earths surface that would heat up the least.

when sunlight reaches earths surface, the surface absorbs some of the energy and heats up. the more intense the sunlight is, the more energy there is to absorb. the three models below show the same amount of sunlight striking different parts of earths surface at different angles. select the model that shows the part of earths surface that would heat up the least.

Answer

Explanation:

Step1: Understand sunlight - absorption relationship

The more oblique the sunlight hits the surface, the less energy is absorbed per - unit area and the less the surface heats up.

Step2: Analyze the models

In the given models, the model where sunlight hits the Earth's surface at the most oblique angle will show the part of the Earth's surface that heats up the least. The third model has the most oblique angle of sunlight incidence compared to the first (direct incidence) and the second (less - oblique than the third) models.

Answer:

The third model