A green t-shirt absorbs all colors in white light except for green. Green is reflected off the shirt, which is why we perceive it as green.
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 black shirt absorbs all colors of light, which is why it appears black to our eyes. The pigments in the fabric absorb most of the light that hits it, reflecting very little back.
A green t-shirt reflects green light while absorbing all other colors in white light. This selective reflection by the fabric is what gives the t-shirt its green color appearance to our eyes.
Red shirts absorb most colors of light and therefore reflect mainly red light.
A white t-shirt absorbs all colors of light equally, reflecting them back to our eyes and making the shirt appear white. It does not absorb any specific color but reflects a combination of all colors.
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 black shirt absorbs all colors of light, which is why it appears black to our eyes. The pigments in the fabric absorb most of the light that hits it, reflecting very little back.
A green t-shirt reflects green light while absorbing all other colors in white light. This selective reflection by the fabric is what gives the t-shirt its green color appearance to our eyes.
Red shirts absorb most colors of light and therefore reflect mainly red light.
Darker colors absorb light and heat; lighter colors reflect light and heat.
A white t-shirt absorbs all colors of light equally, reflecting them back to our eyes and making the shirt appear white. It does not absorb any specific color but reflects a combination of all colors.
A blue shirt will absorb most colors of light, except for blue which will be reflected. This is because the shirt appears blue to our eyes due to the blue light being reflected back to us.
If light reflected from a white shirt passed through a red filter and then a green filter, the shirt would appear black. This is because red and green filters would absorb most of the colors from the white light, leaving very little to pass through. White light contains all colors of the spectrum, so when most of it is absorbed by the filters, the resulting color appears black.
no. dark colors absorb heat. light colors reflect heat. no. dark colors absorb heat. light colors reflect the heat. this is why when you wear a black shirt on a summers day, you are dying of heat. wearing a white shirt on hot days will be a much smarter choice.
A green shirt appears green because it reflects green light wavelengths while absorbing other colors. Materials on the shirt's surface interact with incoming light, absorbing some wavelengths and reflecting others, with green being the predominant reflected color in this case.
Because it will absorb all the colors of the light spectrum but red, something like a white shirt would reflect all the colors making it absorb less, a black shirt would take in all the color making it the hottest to wear.
When green light is mixed with red light, the colors combine and form black. This is known as subtractive color mixing, where red light subtracts the green color from the green shirt, resulting in it appearing black under red light.