blue
Under a red light, blue would appear dark or black because red light is absorbed by objects that are not red. Since blue is not a color in the red light spectrum, it cannot reflect or be seen under red light.
At 700 nm, red light is being absorbed. This wavelength corresponds to the red end of the visible light spectrum.
absorbed by the object, while red is reflected. This reflected red light is what we see, giving the object its red color.
The object absorbs all colors of light except for red, which is reflected off the object and is what we perceive as the color red.
Blue light is absorbed the fastest in photosynthesis, as it has the most optimal energy level for driving the process of photosynthesis. Additionally, red light is also absorbed efficiently in photosynthesis.
Under a red light, blue would appear dark or black because red light is absorbed by objects that are not red. Since blue is not a color in the red light spectrum, it cannot reflect or be seen under red light.
At 700 nm, red light is being absorbed. This wavelength corresponds to the red end of the visible light spectrum.
absorbed by the object, while red is reflected. This reflected red light is what we see, giving the object its red color.
The object absorbs all colors of light except for red, which is reflected off the object and is what we perceive as the color red.
Absorbed. Your red ink will look black. "Red" is a long wave-length color. "Blue" is a short one. What looks red in white light is a pigment that reflects red. It won't reflect blue, so it will look dark.
Red and blue are absorbed, green is reflected.
Blue light is absorbed the fastest in photosynthesis, as it has the most optimal energy level for driving the process of photosynthesis. Additionally, red light is also absorbed efficiently in photosynthesis.
Red light is mostly absorbed by objects, so it doesn't bounce off much. However, if red light does bounce off an object, it will retain its red color.
When you see the color red, you are seeing red light reflect off of a surface. This means that any other color light that hits that object is absorbed into the surface. The exception to this is when you see red light, in that case you are seeing light that does not contain any other color of light.
All other colours except red are absorbed.. The reason it seems red to our eyes is because only red colour is reflected back.
A red object absorbs most colors in the visible spectrum except for red. Red objects reflect red light wavelengths, giving them their characteristic color.
Green