When you hold the material up, transparent would be you can clearly see through it. Translucent is when you can still see through it, but everything is all misty and blurry. And opaque completely blocks the light, like a book would or a piece of steel.
Highly pigmented materials would be opaque. Milky quartz is translucent. Transparent is things such as calcite, clear quartz or emerald, and most glass.
im pretty sure it is chloryphyll (is that spelt right?)
No,you didn't spell it right it's Chlorophyll (Klor-Uh-Fil)
The color of light transmitted determines the color of a transparent object.
the color that it transmits
transparent objects are transparent because your eyes tells you so. In reality, every body sees every colour differently as our eye cells are not the same. So, in answer to the question, yes, but you cannot see it.
the wave length of light that is absorbed by the object determines color--White refects all eye perceptible colors where as black absorbes The colour of an opaque object is determined by the wavelength of the visible spectrum that it reflects. Light is made up of 7 colours, each having a specific wavelength range. Consider an object which appears green to the eye. Actually the object is not green in colour, it only reflects the waves pertaining to green wavelength range. All other wavelength are either transmitted or absorbed. The reflected wave reaches our retina and is perceived as that colour.
A magnifying glass is transparent, totally clear.
transparent
Paint it.
Its molecular composition will determine which light wavelengths are absorbed and reflected.
It depends upon what wavelengths of light are absorbed, and which wavelengths are transmitted.
You would see any color that transmits through the transparent or translucent object. However, it depends on what the transparent or translucent object's color it is. If it was red-colored glass, light would transmit red and you could see everything in red.
You would see any color that transmits through the transparent or translucent object. However, it depends on what the transparent or translucent object's color it is. If it was red-colored glass, light would transmit red and you could see everything in red.
the wavelength of the reflected light :)
light
it is transparent object
the amount of light around you
when light passes through it you can see the other side. When this happens, we say that the object transmits light
The material an object is made of and the color of light it reflects can determine how hot an object gets when it is left out in the sun. Color and material both affect the amount of heat an object will absorb.
There is no hex color code for a transparent or colorless color because there is no such color as transparent. Transparent is whatever color the backdrop is. Thus, there is an almost indefinite number of colors that could be considered feasibly transparent... but are not transparent. In other words, there needs to be a "transparent" option to switch any electronic color code setting to transparent.
There is always a polar opposite to any colour, unless the object is truly transparent.