* Absorption: The most significant event is that the light is absorbed by the material. This means the energy carried by the light waves is converted into other forms of energy, usually heat. The color of the opaque object is determined by the wavelengths of light it absorbs and reflects. For example, a black object absorbs all visible wavelengths, while a white object reflects most of them.
* Reflection: Some light may be reflected off the surface of the opaque material. This means the light bounces back without being absorbed. The angle of reflection is equal to the angle of incidence. This is why we can see opaque objects.
* Transmission: A tiny amount of light might pass through the material, especially if it's very thin. However, this is usually negligible for opaque materials.
In summary:
* Most of the light is absorbed by the opaque material, turning into heat.
* Some light is reflected off the surface, allowing us to see the object.
* A tiny amount of light might pass through, but this is usually insignificant.
Examples:
* A wooden table absorbs most of the light that hits it, warming up slightly.
* A mirror reflects almost all the light that hits it, allowing us to see our reflection.
* A thin sheet of paper might allow a little bit of light to pass through, but it's still considered opaque because most of the light is absorbed or reflected.
