no, it reflects red light
A red shirt appears red because it absorbs most colors of light and reflects red light back to our eyes. White light contains all colors of light, so when white light hits a red shirt, the shirt absorbs most colors and reflects red light, making it appear red.
When white light strikes a red shirt, the shirt absorbs most of the colors in the light spectrum except for red. The red color is reflected off the shirt's surface, which our eyes perceive. This is why the shirt appears red to us.
A red shirt primarily reflects red light. When white light (comprising all colors of the spectrum) shines on the shirt, the red fabric absorbs all colors except red, which is reflected back to our eyes, making the shirt appear red.
A red shirt reflects red light and absorbs other colors in the visible spectrum. This is because the shirt appears red to our eyes. The color we see is dependent on the wavelengths of light that are reflected back to our eyes.
The red shirt reflects red light and absorbs all other colors present in white light. This is why we perceive the shirt as red when white light shines on it.
A red shirt appears red because it absorbs most colors of light and reflects red light back to our eyes. White light contains all colors of light, so when white light hits a red shirt, the shirt absorbs most colors and reflects red light, making it appear red.
When white light strikes a red shirt, the shirt absorbs most of the colors in the light spectrum except for red. The red color is reflected off the shirt's surface, which our eyes perceive. This is why the shirt appears red to us.
When light hits a surface, some 'colors' are absorbed while others are reflected. The reflected colors are the ones you see. A red shirt absorbs all light except red which the red shirt reflects. A shirt that looks white reflects all light and absorbs none. A shirt that looks black absorbs all light and reflects none. this is why a white shirt will keep you cooler on a hot day.
A red shirt primarily reflects red light. When white light (comprising all colors of the spectrum) shines on the shirt, the red fabric absorbs all colors except red, which is reflected back to our eyes, making the shirt appear red.
A red shirt reflects red light and absorbs other colors in the visible spectrum. This is because the shirt appears red to our eyes. The color we see is dependent on the wavelengths of light that are reflected back to our eyes.
The red shirt reflects red light and absorbs all other colors present in white light. This is why we perceive the shirt as red when white light shines on it.
The reason the shirt appears red in white light is because it is absorbing all other colours apart from red which it is reflecting into your eyes. When in a green light there is no red component of the light to be reflected so the shirt absorbs all the available light which makes it appear black.
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.
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 beams of light strike a surface, part of the light is often absorbed. The surface may also absorb some colors and reflect others. For example, a red shirt reflects red light but absorbs all the other colors in the spectrum. In other words, the shirt looks red because we see red light reflected from its surface.
Well, why do you call it a red shirt ? Could it be because it absorbs all colors of light except red, so that when white light shines on it, all colors except red soak into the shirt, and red is the only light left to travel from the shirt to your eye ? If that is so, then what happens if no red light shines on the shirt ? Is there any light left to travel to your eye ? No ? Well then, what color do you see if no light travels from the shirt to your eye ? I hope Socrates would be proud.
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.