yes, when one side of glass painted by Mercury, it becomes a mirror!
Opaque
An opaque object does not reflect light. Opaque objects absorb light.
Any object you can see reflects light. If it did not reflect any light it would be invisible. Similarly, no object is so reflective that it reflects all light. The proof that it absorbs light is that it increses in temperature as it is exposed to light.
Pigments act differently from light because they reflect their own color and all the others absorb.
Blue appears black under a yellow light. For example if you have a blue car and you put a yellow light on it will appear black due to the absence of color. The light has nothing to reflect back.
Carotenoids are pigments that absorb blue-violet and blue-green light and reflect red, orange, and yellow light. They are responsible for the red, orange, and yellow colors seen in many fruits and vegetables.
Carotenoids are orange because they absorb light in the blue-green part of the spectrum and reflect or transmit the red-orange wavelengths, giving them their distinctive color. This absorption and reflection of specific wavelengths of light contribute to their orange hue.
Carotenes absorb light most strongly in the blue and green wavelengths, around 400-500 nm. This is why they appear orange or red in color, as they absorb light in the blue-green part of the spectrum and reflect light in the orange-red part.
well,yes it does.As you know light has visible colors when it refract it's light,Red, Orange, Yellow, Green, Blue, Indigo and violet. you can shortcut-ed as (ROYGBIV )in pattern.so when you light a white light to any material so it absorbs another and reflect its's own nature color. for instance:when you light or rays white light to the orange paper so it will absorb another and reflect orange color.
Blue objects absorb wavelengths of light that correspond to other colors on the spectrum, typically orange or yellow. This means blue objects appear blue because they reflect blue light and absorb light of other colors.
White surfaces reflect light and heat. Black surfaces do not reflect light and they absorb heat.White surfaces reflect light and heat. Black surfaces do not reflect light and they absorb heat.White surfaces reflect light and heat. Black surfaces do not reflect light and they absorb heat.White surfaces reflect light and heat. Black surfaces do not reflect light and they absorb heat.
An orange and a banana absorb and reflect light differently due to their distinct pigmentation. The orange, with its bright skin, primarily reflects wavelengths in the orange and yellow spectrum while absorbing other wavelengths, which gives it its characteristic color. In contrast, a banana reflects yellow light and absorbs other wavelengths, resulting in its yellow appearance. Both fruits utilize pigments like carotenoids to achieve their colors through selective absorption and reflection of light.
Red and blue light will not absorb the same light. Red objects reflect red light and absorb other colors, while blue objects reflect blue light and absorb other colors.
Accessory pigments typically reflect colors such as red, orange, and yellow. These pigments help plants absorb a wider range of wavelengths of light for photosynthesis.
Colors such as white, light blue, and light green absorb less heat than yellow. These colors reflect more light, which reduces the amount of heat absorbed compared to darker colors.
Blue objects appear blue because they absorb most colors of light in the visible spectrum and reflect blue light. This means that blue objects absorb the other colors of light (such as red and green) and transmit or reflect the blue light, giving them their characteristic color.
Carotenoids absorb light most efficiently in the blue-violet and blue-green regions of the spectrum. This is why they often appear red, orange, or yellow in color, as they absorb blue light and reflect longer wavelengths.