Which of the following describes light that is both reflected and absorbed?

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Light that is both reflected and absorbed refers to visible light. When visible light strikes an object, it can interact with that object in different ways. Some wavelengths may be absorbed by the material, which then can convert that energy into heat or other forms. Simultaneously, other wavelengths of visible light are reflected, allowing us to see the object.

The unique properties of visible light are crucial because they govern how we perceive colors. For example, a red object appears red because it absorbs most wavelengths of visible light except for red, which is reflected. Thus, visible light demonstrates the duality of absorption and reflection in a practical way that we can observe and understand.

Transmitted light refers to light that passes through an object without being absorbed or reflected, which is different from the context of this question. Infrared light, while relevant in discussions of heat and thermal imaging, does not encompass the effects of visible light, and "dult light" appears to be a typographical error or a term not typically recognized in the context of light properties. Therefore, visible light is the most accurate choice to describe light that is both reflected and absorbed.