Wiki User
∙ 9y agoNo, that's not true. It's the other way round - light from the object hits our eyes.
We see the light that enters our eye.
Wiki User
∙ 9y agoNo, we see objects when light reflects off of them and enters our eyes. The light that enters our eyes triggers a series of reactions in the eye and brain, which result in the perception of an image of the object.
Wiki User
∙ 9y agoNo, primarily because our eyes are not light emitting. It's actually the other way around. When light is reflected off an object and hits our retinas, we "see" it.
The color of a non-luminous object is determined by the way it reflects light. Objects appear to have color based on the wavelengths of light that are reflected off their surfaces and into our eyes. The color we perceive depends on the specific wavelengths of light that are reflected and absorbed by the object.
Blue objects absorb most of the red light that hits them, reflecting very little red light back to our eyes. This causes the object to appear black in red light because red light is the only color that can reveal the object's true color.
If all light is being absorbed by an object and no light is being reflected, then the object would appear black or very dark, making it difficult to see its features or color. Our eyes detect light that is reflected off objects, so if no light is reflected, the object would not be visible in normal conditions.
An object that looks red is absorbing all colors of light except for red, which is being reflected off the object and detected by our eyes. This object appears red because our eyes perceive the red light that is bouncing off of it. The color red has a longer wavelength compared to other colors, making it appear red to our eyes.
True. Objects can appear to be different colors depending on the color of light that is illuminating them. This is due to the way the object reflects or absorbs different wavelengths of light.
The color of a non-luminous object is determined by the way it reflects light. Objects appear to have color based on the wavelengths of light that are reflected off their surfaces and into our eyes. The color we perceive depends on the specific wavelengths of light that are reflected and absorbed by the object.
Blue objects absorb most of the red light that hits them, reflecting very little red light back to our eyes. This causes the object to appear black in red light because red light is the only color that can reveal the object's true color.
If all light is being absorbed by an object and no light is being reflected, then the object would appear black or very dark, making it difficult to see its features or color. Our eyes detect light that is reflected off objects, so if no light is reflected, the object would not be visible in normal conditions.
An object that looks red is absorbing all colors of light except for red, which is being reflected off the object and detected by our eyes. This object appears red because our eyes perceive the red light that is bouncing off of it. The color red has a longer wavelength compared to other colors, making it appear red to our eyes.
True.
True. Objects can appear to be different colors depending on the color of light that is illuminating them. This is due to the way the object reflects or absorbs different wavelengths of light.
Yes, that is correct. Please note that the object itself doesnt create the light - it mearly relfects the ambient light (which, for example, comes from light blubs or the sun). It is this reflected light that the eye picks up and - with help from the brain - interprets into an image which we "see".
Newton's law doesn't say anything about heavy and light. The 'law' talks in terms ofthe mass of the object, and it's true even in space, where the objects have no weightat all.
Our eyes have both black-and-white receptors, and color receptors. The black-and-white receptors work at low light levels; the color recepters require a higher light intensity.
Yes, when light is absorbed by an object, the light energy is generally transformed into other forms of energy, such as heat or chemical energy. This stored energy can then be used by the object for various purposes.
The simple answer is black. However, this is true only if the colour of said object is pure blue; If it has even the slightest tinge of red in it, you will see a very dark shade of red.
true