The mirror is a smooth and highly reflective surface that bounces back most of the light rays that hit it, providing a clear and detailed reflection. On the other hand, black paper absorbs most of the light that hits it, resulting in a lack of reflection due to the absence of light being bounced back. This difference in reflectivity is the reason why the mirror and black paper offer distinct reflections.
You can see your reflection in a mirror because it has a smooth and polished surface that reflects light. In contrast, white construction paper scatters and diffuses light, making it harder to see a clear reflection.
Paper is not as smooth or flat as a mirror's surface, so it does not reflect light as efficiently and accurately. The surface of paper scatters light in different directions instead of creating a clear reflection like a mirror. Additionally, paper absorbs some of the light that hits it, further reducing the visibility of any reflection.
You can see your face in a mirror because it reflects light, creating a clear image. Paper diffuses light, so it scatters the reflection and does not create a clear image like a mirror does.
A white piece of paper scatters light in all directions, resulting in a diffuse reflection that appears as a matte surface. In contrast, a mirror reflects light at an angle equal to the angle of incidence, resulting in a clear and sharp image due to specular reflection.
Paper is not a reflective surface like a mirror. When light hits a mirror, it bounces back in a way that allows you to see your reflection. Paper absorbs light, so instead of bouncing back towards your eyes, the light gets scattered and absorbed by the paper's surface, preventing you from seeing a clear reflection.
Take a regular piece of A4 paper and glue it to a mirror.
You can see your reflection in a mirror because it has a smooth and polished surface that reflects light. In contrast, white construction paper scatters and diffuses light, making it harder to see a clear reflection.
Paper is not as smooth or flat as a mirror's surface, so it does not reflect light as efficiently and accurately. The surface of paper scatters light in different directions instead of creating a clear reflection like a mirror. Additionally, paper absorbs some of the light that hits it, further reducing the visibility of any reflection.
You can see your face in a mirror because it reflects light, creating a clear image. Paper diffuses light, so it scatters the reflection and does not create a clear image like a mirror does.
A black sheet of paper has the lowest albedo because it absorbs most of the light that hits it, reflecting very little back. Albedo is the measure of how much light is reflected by a surface, with higher albedo indicating more reflection.
A white piece of paper scatters light in all directions, resulting in a diffuse reflection that appears as a matte surface. In contrast, a mirror reflects light at an angle equal to the angle of incidence, resulting in a clear and sharp image due to specular reflection.
You can't see your reflection on a piece of paper because on mirror, the light rays bounce off at a perfect angle, in a perfectly straight line. However, on a piece of paper, the light rays bounce off in all different directions, at different angles so your eyes can't detect a perfect reflection.
You can't see your reflection on a piece of paper because on mirror, the light rays bounce off at a perfect angle, in a perfectly straight line. However, on a piece of paper, the light rays bounce off in all different directions, at different angles so your eyes can't detect a perfect reflection.
Paper is not a reflective surface like a mirror. When light hits a mirror, it bounces back in a way that allows you to see your reflection. Paper absorbs light, so instead of bouncing back towards your eyes, the light gets scattered and absorbed by the paper's surface, preventing you from seeing a clear reflection.
Regular reflection occurs when light rays hit a smooth surface and reflect back in a predictable manner, such as with a mirror. Diffuse reflection, on the other hand, occurs when light rays hit a rough surface and scatter in different directions, such as with a piece of paper.
Light reflects better off a mirror than a sheet of paper because mirrors have a smooth, shiny surface that allows light to bounce off without scattering. In contrast, paper has a rough and absorbent surface that absorbs and scatters light, resulting in less reflection.
You can't see your reflection in the pages of a book because paper is not a reflective surface like a mirror. Reflection occurs when light bounces off a smooth and shiny surface, but paper absorbs light instead of reflecting it back to your eyes.