Yes it does, it reflects blue light!
The wavelengths are corresponded to the color of the light. A blue object will reflect any light radiation expect the color blue. It will absorb the blue light.
Blue light.
The color blue is at one end of the spectrum of visible light. It is absorbed by the yellow color of gold, which is mid spectrum.
It depends on the specific colors and whether they are tints or tones or pure hues. For instance Navy Blue is a cool color, but yellow (a warm color) reflects more light. But a dark red (warm color) would reflect less light than a light blue (cool). In color theory, using pure color hues (which don't actually exist in commercial products), Red, Blue, and Green would all reflect exactly the same amount of light, and Magenta, Cyan, and Yellow would all reflect exactly the same amount of light. But Magenta, Cyan, and yellow would each reflect exactly twice the light as Red, Blue, and Red.
In red light a blue object appears black because there is no blue light for it to reflect, while black resembles the absence of all color.
The wavelengths are corresponded to the color of the light. A blue object will reflect any light radiation expect the color blue. It will absorb the blue light.
Blue light.
BLACK because the apple absorbs the blue light and there would be no light to reflect.
The color blue is at one end of the spectrum of visible light. It is absorbed by the yellow color of gold, which is mid spectrum.
Color and light are the same thing A color is a spesific wavelength of light. All the colors together makes white light. A red ball reflect "only" the red wavelength of the light, thereby appearing red. If you shine on it with a blue light and blue light only, the ball will appear Black, simply because there is no Red light to reflect.
They are the greens. That is why plants are green
It depends on the specific colors and whether they are tints or tones or pure hues. For instance Navy Blue is a cool color, but yellow (a warm color) reflects more light. But a dark red (warm color) would reflect less light than a light blue (cool). In color theory, using pure color hues (which don't actually exist in commercial products), Red, Blue, and Green would all reflect exactly the same amount of light, and Magenta, Cyan, and Yellow would all reflect exactly the same amount of light. But Magenta, Cyan, and yellow would each reflect exactly twice the light as Red, Blue, and Red.
Color and light are the same thing A color is a spesific wavelength of light. All the colors together makes white light. A red ball reflect "only" the red wavelength of the light, thereby appearing red. If you shine on it with a blue light and blue light only, the ball will appear Black, simply because there is no Red light to reflect.
In red light a blue object appears black because there is no blue light for it to reflect, while black resembles the absence of all color.
Blue.
Just Blue!
Assuming that the light you are shining on the object is white, then the object is also blue. Objects appear a certain color because they reflect that color to our eyes and the rest of the colors in the light are absorbed by the object.