An object appears black because it absorbs all the colors of the visible spectrum. If we idealize the object to make it perfectly absorptive, it absorbs all of the white light that strikes it and reflects none. In the real world, some light is always reflected. If the object appears black or dark gray, then it reflects small amounts of all colors of the spectrum.
All colors of light except red are transmitted through the glass, but the red wavelengths pass through. Therefore someone on the opposite side of the glass sees only red light.
"White light" means a combination of many different waves of light that are propagating together from a single or a number of sources. So when "white light", aka a package of various light waves combined into one, passes through a color filter, then all the light except the color of the filter is absorbed.
Assuming a smooth surface, the components of the white light that were NOT absorbed by the object will be reflected. e.g. a mandarin absorbs most colours from the white light, apart from the orange colours. Bananas absorb most of the colours apart from the Yellowish ones. And so on.
A smooth uncoloured surface will reflect all the light.
A transparent surface will allow much of the light to be transmitted through it.
the black object absorbs most of the light. Theoretically nothing can be truly black because if it were truly black, we could not see it.
it might be reflect or absorb when it hits green color all clores absorbs but green refleccts
other color components of the white light will be absorbed and the blue light component will be reflected, so we see that object displays a blue color
It reflects and scatters.
The opaque object absorbs all the light.
it just gets refracted
If the glass is translucent then some is reflected back while some frequencies pass through. Ultraviolet is blocked by glass.
Whether the object struck by lightning is transparent or not should not make much difference.
The light is going to bounce off the window and the bouncing of light is called and reflection. So it will cause a reflection
when a bullet strikes the glass pane with a high velocity, the larger part of the glass plane do not get enough time to share the momentum due to inertia of rest and only that part which is in contact of the bullet is blown off according to the law of conservation of momentum But when a slow moving stone strikes the glass plane a larger part of the glass is able to share the momentum and therefore it smashes the glass
.Most of it is absorbed.none is reflected
it just gets refracted
The glass ball is for ornamental purposes only. Nothing happens to it when lightning strikes it.
If the glass is translucent then some is reflected back while some frequencies pass through. Ultraviolet is blocked by glass.
The light that does not cross the boundary is reflected back into the glass. (Or back into the air, if that is where it started.)
This is a colored glass.
A Coke glass is made out of colored glass.
Whether the object struck by lightning is transparent or not should not make much difference.
Glass
The light is going to bounce off the window and the bouncing of light is called and reflection. So it will cause a reflection
Neal A Vogel has written: 'The preservation and repair of historic stained and leaded glass' -- subject(s): Art glass, Colored Glass, Conservation and restoration, Glass painting and staining, Glass, Colored, Preservation
Colored glass has been found in Egypt, made during the 18th dynasty, i.e. 16th - 13th centuries BC.