Here's why:

* Solar radiation: The sun emits electromagnetic radiation, including visible light, infrared radiation, and ultraviolet radiation.

* Absorption: When this radiation hits a surface, some of it is absorbed by the surface's molecules. This absorption causes the molecules to vibrate more, increasing their kinetic energy.

* Heat: This increased kinetic energy manifests as heat.

Factors affecting absorption:

* Color: Darker surfaces absorb more solar energy than lighter surfaces.

* Material: Different materials have different absorption rates. For example, asphalt absorbs more solar energy than grass.

* Surface texture: Rough surfaces tend to absorb more solar energy than smooth surfaces.

Consequences of absorption:

* Temperature increase: Surfaces that absorb solar energy heat up. This can have significant impacts on the environment, such as increasing air temperatures or causing surfaces to become hot enough to burn.

* Energy conversion: Some absorbed solar energy can be used to generate electricity through solar panels.

In conclusion, surfaces do indeed absorb solar energy, and this absorption plays a crucial role in various environmental and technological processes.