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How is a reflection of light off a white wall similar to the reflection of light off a mirror?
when light hits an object some light is absorbed and some is reflected. when it hits a mirror, almost all of that light is reflected. when it hits a white wall a lot of the light is reflected but not enough to form an image our i can detect. a wall is also not smooth so the light is reflected at billions of different angles
What else can I help you with?
Why can you see your reflection in a mirror but not in a white construction paper?
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.
How would the reflection of light from a white wall with a rough surface differ from the refection of light from a mirror?
The reflection from a white rough surface would scatter light in many directions, resulting in a diffuse reflection with less intensity. In contrast, a mirror would reflect light at the same angle as the incidence angle, providing a clear and specular reflection with high intensity.
How is a whit piece of paper reflects light differently from a mirror?
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.
Why can't you see your reflection on a painted white wall?
A painted white wall has a matte finish, which scatters light in all directions instead of reflecting it like a mirror would. This lack of a smooth, reflective surface prevents you from clearly seeing your reflection on it.
What reflects light the best?
Whiter the object better the reflection. Under current technology, it had dielectric mirror that can reflect up to 99.999% of light at narrow wavelength. For common paint, Aluminium white reflectivity is 90%.
Why can you see your reflection in a mirror but not in a white construction paper?
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.
How would the reflection of light from a white wall with a rough surface differ from the refection of light from a mirror?
The reflection from a white rough surface would scatter light in many directions, resulting in a diffuse reflection with less intensity. In contrast, a mirror would reflect light at the same angle as the incidence angle, providing a clear and specular reflection with high intensity.
How is a whit piece of paper reflects light differently from a mirror?
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.
Why can't you see your reflection on a painted white wall?
A painted white wall has a matte finish, which scatters light in all directions instead of reflecting it like a mirror would. This lack of a smooth, reflective surface prevents you from clearly seeing your reflection on it.
What is Refracting and Reflecting?
Reflection: light bounces off of a surface, like a mirror.Refraction: light goes through a substance and bends. For example, white light through a prism comes out in a rainbow because the light is refracted or bent and each color has a different index of refraction.
What reflects light the best?
Whiter the object better the reflection. Under current technology, it had dielectric mirror that can reflect up to 99.999% of light at narrow wavelength. For common paint, Aluminium white reflectivity is 90%.
Why running water see white?
Light reflection
Scientifically How are images formed in a mirror?
Anything and everything you see is light. We are surrounded by white light. It is in a way wrong to actually say that a car is green and a bus is yellow.. The point here is that the light is a spectrum of different colours, that together makes white. When a green car looks green to us, that mean that it actually absorb the other colors of the white spectrum, hence only reflecting green. Exactly the same with any other object. All colours looks like they do because of their ability to absorb the other colors of the spectrum of light. A mirror on the other hand simply reflect 90-99% of the light that hits it, hence we se a reflection in it. The better mirror, the better reflection.
What is refraction What is reflection?
Reflection: light bounces off of a surface, like a mirror.Refraction: light goes through a substance and bends. For example, white light through a prism comes out in a rainbow because the light is refracted or bent and each color has a different index of refraction.
How do you compare reflection refraction and dispersion?
You can compare it by saying that each of them occur when a light transfers through one meduim to another. That's one way of explaining it.That is incorrect :( It happens when light is shone onto or through a different medium. Reflection happens when light is shone ONTO a mirror, you cant shine light THROUGH a mirror.
How do you make light reflect off a mirror into water to make an rainbow?
To create a rainbow effect using a mirror and water, you'll need a source of white light (like sunlight), angle the mirror so that it reflects the light onto the surface of the water, and position yourself in a way that you see the reflection of the light in the water at a specific angle to see the rainbow. This effect occurs due to the refraction and dispersion of light as it passes through the water, creating the rainbow colors.
Why sunlight turn black colour into white?
Sunlight cannot turn black into white. However, a black surface may appear white in bright sunlight due to reflection of all the wavelengths of light from a shiny surface. The color black is actually the result of the absence of reflection of any wavelengths of light while the color white is the result of reflection of all the wavelengths of light.
