The light reflecting off the fabric of the shirt combined with the blue bye used to decorate it makes the shirt appear blue to the eye.
The blue shirt would appear darker and more saturated when viewed through a blue filter. This is because the filter would allow blue light to pass through while blocking other colors, enhancing the blue color of the shirt.
When a blue shirt is in red light only, it may appear very dark or nearly black because the red light does not contain the wavelengths needed to reflect the blue color of the shirt. Instead, the shirt will absorb most of the red light, causing it to appear dark.
purple-redish-blueish need more acuracy plz :)
In a dark room, a blue shirt will appear dark or black because there is not enough light for the color to be visible. Without sufficient light to reflect off the fabric, our eyes perceive the shirt as being dark in color.
When white light shines on an object like a blue shirt, the shirt absorbs most colors of light but reflects blue wavelengths. Our eyes perceive the reflected blue light, so the shirt appears blue to us. This is due to the shirt's molecular structure, which absorbs certain wavelengths and reflects others.
The blue shirt would appear darker and more saturated when viewed through a blue filter. This is because the filter would allow blue light to pass through while blocking other colors, enhancing the blue color of the shirt.
White light is made up of three colours; red, green and blue. If the shirt appears blue, then the shirt has absorbed any other colours (green and red) and reflected the blue, making the shirt appear blue. I hope this has helped :)
When a blue shirt is in red light only, it may appear very dark or nearly black because the red light does not contain the wavelengths needed to reflect the blue color of the shirt. Instead, the shirt will absorb most of the red light, causing it to appear dark.
purple-redish-blueish need more acuracy plz :)
cyan light
In a dark room, a blue shirt will appear dark or black because there is not enough light for the color to be visible. Without sufficient light to reflect off the fabric, our eyes perceive the shirt as being dark in color.
When white light shines on an object like a blue shirt, the shirt absorbs most colors of light but reflects blue wavelengths. Our eyes perceive the reflected blue light, so the shirt appears blue to us. This is due to the shirt's molecular structure, which absorbs certain wavelengths and reflects others.
White light is made up of three colours; red, green and blue. If the shirt appears blue, then the shirt has absorbed any other colours (green and red) and reflected the blue, making the shirt appear blue. I hope this has helped :)
The shirt will reflect blue light, as objects appear in a certain color because they reflect that color of light and absorb the rest.
Since the filter allows only blue light to pass through, anything you see through the filter appears either blue or black. Blue if there's any blue light coming from it, or black if there isn't any.
A filter removes certain colors of light which pass through it. The primary colors of light are green red blue. Since the shirt absorbs all but blue light and the filter removes all but green it will appear black.
A cyan stage light would make the red shirt appear black because cyan is the complementary color of red. A yellow stage light would make the blue pants appear black because yellow is the complementary color of blue.