The eye will see white colour, this is how we differentiate between each colour shade or tint.
The red light contains wavelengths that are reflected by the white paper, making it appear red. The other colors in light are absorbed by the white paper, so only the red wavelengths are reflected. This phenomenon is known as selective reflection.
A white piece of paper reflects all colors of visible light equally, which is why we perceive it as white. It does not absorb any specific colors, enabling it to reflect a full spectrum of light.
The black ink absorbs most of the white light, reflecting very little back to our eyes. This absorption is what makes the ink appear black. The white paper reflects all colors of the white light, creating the contrast between the black ink and the paper.
Yes, but since its surface is uneven (at atomic level), light is not reflected as in the case of a mirror. Anything that we can see (except black) reflects light. The white paper, for instance, reflects all the colours of white light and this is why it appears white to our eye.
Light reflected off white paper can hurt your eyes because white surfaces reflect a high amount of light, causing an intense glare. This glare can be uncomfortable and distracting to the eyes, leading to eye strain or discomfort. It is important to avoid prolonged exposure to bright reflections to protect your eyes.
White paper can appear pink when it is illuminated by a light source that emits pink light. This can happen, for example, when colored light is reflected off surrounding surfaces and onto the white paper, giving it a pinkish hue. Additionally, if the quality of the white paper is poor or if it has been exposed to certain chemicals or environmental factors, it may also develop a pink tint.
If you put a piece of white paper under a green light all that will happen is the paper will turn green. The only time this will vary is if you have special ink that will show up under certain colored light.
The paper appears dark because red light is absorbed by the blue pigment, not reflected. The blue pigment absorbs red light and reflects blue light, which is why the paper appears blue under white light.
White reflects more light than any other colour, while black absorbs more light than any other color. To get technical, photons that are not absorbed by the paper will bounce off (be reflected by) the paper and make it appear lighter or white. Short answer: because most paper is white.
White surface reflects all wavelengths of visible light spectrum (ie. white color is a mixture of all the other colors). If the light that falls on the surface has one specific wavelength, only that wavelength occurs in the light reflected.
When light shines on a yellow paper it passes through the paper and becomes yellow as the contrast of the paper is yellow hence the yellow color of the paper absorbs the light given and converts it into a yellow light.
All colors of visible light are being reflected by a white shirt when viewed in white light. White is the combination of all colors in the visible spectrum, so when white light hits the shirt, all colors are reflected back to your eyes, giving it the appearance of being white.