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The light is most intense where it strikes earth perpendicular to its surface, primarily at the equator This results in higher temperatures and more intense solar radiation in that region compared to areas further north or south. This occurs because the sun's rays hit the earth directly here, concentrating energy and heat in a smaller area.

If the sun is positioned directly overhead or 90° from the horizon, the incoming insolation strikes the surface of the earth at right angles and is most intense. Therefore, the most intense light on earth occurs where the sun's rays strike the surface most directly, which is at the equator Rays striking the planet's surface from directly overhead — that is, at a 90 degree angle measured from the horizon — are the most intense

At most times and locations, the sun forms an angle with the horizon less than 90 degrees — that is, usually the sun sits lower in the sky.

Think of the zenith angle as how far the sun is from being directly overhead The most intense incoming solar radiation occurs where the sun's rays strike the earth at the highest angle For any particular location this occurs at noon This angle is referred to as the noon sun angle .

Near the equator, the sun’s rays strike the earth most directly, while at the poles the rays strike at a steep angle This means that less solar radiation is absorbed per square cm (or inch) of surface area at higher latitudes than at lower latitudes, and that the tropics are warmer than the poles. The light is most intense where it strikes earth perpendicular to its surface. The intensity of light varies depending on the angle at which it strikes earth's surface

The light is most intense where it hits earth directly, and it decreases as the angle of incidence increases, such as near the poles.

The subsolar point is the place where the sun's rays strike earth most directly This occurs because the sun angle is 90° at that point and the rays are perpendicular to the surface.

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