How are reflection and absorption different when light strikes an object?
Reflection involves light bouncing off an object, while absorption involves light being taken in by the object and converted to heat.
Reflection and absorption both involve light being taken in by the object and converted to other forms of energy.
Reflection involves light bouncing off an object, while absorption involves light passing through an object.
• Reflection involves light passing through an object, while absorption involves light bouncing off an object.
None of the given options accurately describes the difference between reflection and absorption. Here is the correct explanation:
Reflection occurs when light waves bounce off the surface of an object and change direction. This bouncing off can happen at various angles, resulting in the reflection of light in different directions.
Absorption, on the other hand, occurs when the surface of an object captures the incoming light waves and converts their energy into heat or another form of energy. The absorbed light waves do not continue to travel through the object but are instead taken in and used by the object's atoms or molecules.
Therefore, the correct answer is:
Reflection involves light bouncing off an object, while absorption involves light being taken in by the object and converted to heat or other forms of energy.