What happens to a light beam when it passes through a translucent material such as waxed paper?*1 pointMost of the light passes throughLight is reflected in its incident pathMost of the light is absorbed and very little is reflectedLight is not allowed to pass through

How do light waves behave? That was a question students were investigating. Two pieces of construction paper, one white and one black, were set up like you see here. With a flashlight, Mr. Mann directed a beam of light at each piece of paper. How did the light behave after hitting each surface?ResponsesA White paper reflects all incoming waves, while black absorbs all incoming waves.White paper reflects all incoming waves, while black absorbs all incoming waves.B The white paper absorbs and transmits light waves, while the black paper absorbs all light waves.The white paper absorbs and transmits light waves, while the black paper absorbs all light waves.C The white paper is transparent and light passes through; the black paper is opaque and the light was absorbed.The white paper is transparent and light passes through; the black paper is opaque and the light was absorbed.D The white paper is translucent and some light is reflected and some is absorbed. All of the light is absorbed by the black paper.The white paper is translucent and some light is reflected and some is absorbed. All of the light is absorbed by the black paper.

What happens to light in the law of reflection?AbsorbedBounces offChanges directionPasses through

Objects are described as transparent, translucent or opaque depending on how much light they allow to pass through.List two examples of each type of object.transparenttranslucentopaqueDefinitionAllowing nearly all light to pass throughAllowing only some light to pass throughNot allowing light to pass throughCan we see through the object?Yes, a clear imageYes, a blurred imageNoExample 1Example 2

Which of these best describes a translucent object?

What is meant by a translucent object?