An object appears blue in white light because it absorbs all of the colors in the visible spectrum except blue, which it reflects. The reflected blue light is then what we perceive with our eyes as the color of the object.
A blue object under white light will appear as blue because it reflects blue light wavelengths and absorbs other colors. The white light contains all the colors of the visible spectrum, but the blue wavelengths are the ones reflected by the object, giving it its blue color.
When white light shines on a blue object, the object absorbs all colors except blue, which it reflects. Our eyes perceive the reflected blue light, making the object appear blue to us. This happens because different colors of light have different wavelengths, and blue wavelengths are reflected while others are absorbed.
The object reflects blue light more than it does any other color.
An object that appears blue in white light does so because it absorbs all colors except blue, reflecting blue light. However, in green light, which does not contain any blue light, the object cannot reflect blue light and would therefore appear grey or black as it does not have any other color to reflect in the green light.
The object will appear to be blue. However, the object would be indistinguishable from an object that reflects all colors of light. If yellow light were shone on an object that reflects only blue wavelengths, the object would appear to be black.
A blue object under white light will appear as blue because it reflects blue light wavelengths and absorbs other colors. The white light contains all the colors of the visible spectrum, but the blue wavelengths are the ones reflected by the object, giving it its blue color.
When white light shines on a blue object, the object absorbs all colors except blue, which it reflects. Our eyes perceive the reflected blue light, making the object appear blue to us. This happens because different colors of light have different wavelengths, and blue wavelengths are reflected while others are absorbed.
The object reflects blue light more than it does any other color.
An object that appears blue in white light does so because it absorbs all colors except blue, reflecting blue light. However, in green light, which does not contain any blue light, the object cannot reflect blue light and would therefore appear grey or black as it does not have any other color to reflect in the green light.
The object will appear to be blue. However, the object would be indistinguishable from an object that reflects all colors of light. If yellow light were shone on an object that reflects only blue wavelengths, the object would appear to be black.
When lights of any two primary colors are shone on a white object, the object will appear to be a secondary color that is created by mixing those two primary colors together. For example, red and blue light will make the object appear purple, red and green light will appear yellow, and blue and green light will appear cyan.
A blue object will absorb most light except blue wavelengths of light, which it will reflect, making the object appear blue. This is because objects appear a certain color based on the wavelengths of light they reflect.
A yellow filter would absorb blue light, making a blue object appear black in a black-and-white photograph.
A blue object appears black when illuminated with light because it absorbs most of the light that hits it, including the blue light that gives it its color. This absorption of light prevents the object from reflecting enough light to appear blue, making it appear black instead.
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.
A blue object absorbs white light that contains all colors except blue. When white light shines on a blue object, the object appears blue because it reflects blue light and absorbs all other colors in the white light spectrum.
A blue object appears blue because it absorbs most colors and reflects blue light. However, when a red light shines on a blue object, the blue object would absorb the red light and reflect blue, so it would still appear blue.