Anything that appears blue to your eye is radiating blue light, that is, wavelengths
around 450 to 500 nanometers. If the object isn't producing the light itself, then it's
being illuminated by some other source of light, and reflecting it.
Yes. You can easily see the colors of your eyes, your hair, and your shirt in the mirror.
A green t-shirt will appear darker and less vibrant under a red light due to the way the human eye perceives color. The red light will make the green shirt appear more subdued as the red light will reflect off the green fabric and alter its appearance.
because since its a plain color it can reflect other colors like the color itself is being absorbed into the plain white. like a white shirt under a black light since the blacklight isn't white like a normal lightbulb the shirt appears purple but that purple color only shows with white pieces of clothing
A white shirt appears white because it reflects all of the visible wavelengths of light, giving it a neutral color perception to our eyes. This means that the shirt is not absorbing any specific colors and is instead bouncing all colors back to our eyes, resulting in the sensation of white.
Yellow light is made of primary colors red and green. Yellow objects absorb the blue light and reflect the red and green, so we see yellow. If I'm wearing a green shirt, the color reflected is Green. All others are obsorbed. Ta-da!
A red shirt reflects light mostly in the range of 620-750 nanometers, which corresponds to the red portion of the visible light spectrum. This wavelength is absorbed by the shirt's dye, while the rest of the light spectrum is reflected, giving the shirt its red color.
Yes, a white shirt reflects most of the light that hits it, making it appear bright. White surfaces reflect all wavelengths of visible light equally, which is why they appear white to our eyes.
A white shirt appears white in white light because it reflects all wavelengths of visible light equally. This means that the shirt does not absorb any particular color wavelength, resulting in the perception of white.
the wavelength of red light i.e. 700 nm is reflected from red shirt. this follows the fact that a body absorbs those light radiations which it does not contain and reflects the ones it contains. eg. the red t shirt would absorb a green or a blue radiation but when red light falls on it, it gets reflected.
The shirt will reflect blue light, as objects appear in a certain color because they reflect that color of light and absorb the rest.
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.
Red shirts absorb most colors of light and therefore reflect mainly red light.
A white shirt will appear green under a green disco light because objects reflect the light projected onto them. Since the shirt is white, it will reflect the green light predominantly, giving it a green appearance.
The white shirt will reflect the most light because white objects reflect all wavelengths of light, whereas colored shirts absorb and reflect only certain wavelengths.
The visible red light has a wavelength of about 650 nm. At sunrise and sunset, red or orange colors are present because the wavelengths associated with these colors are less efficiently scattered by the atmosphere than the shorter wavelength colors (e.g., blue and purple). A large amount of blue and violet light has been removed as a result of scattering and the longwave colors, such as red and orange, are more readily seen.
A shirt appears red because it reflects red wavelengths from light which falls on it. If it is dark then there is no incident light and so red light for the shirt to reflect to your eyes.
because the light reflect of the blue shirt and can make ur eyes even look blue