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Black, because the blue light would be absorbed into the object's pigment and as there is no green light to reflect, the object would appear black.
It would appear black because the object would not reflect any of the colors of light back.
The object would be black, because red cannot reflect green light so no colour is reflected of the object.
Red. The colour of an object is determined by the wavelengths of light it reflects and absorbs, and a white object is one that reflects light across the visible spectrum. If only red light shines on it, it will reflect that light. In contrast, a black object appears black because it doesn't reflect any visible wavelengths, so would still appear black. Any object that doesn't reflect the wavelength of light you're using (eg blue objects) would also appear black because it isn't reflecting any light.
White, since we can only see the color when all of the light hitting it is reflected.
A flat object would reflect light but it depends on what sort of flat object is it.
It would be black becasue the object would absorb all the red light, and there would be no green light for it to reflect
Black, because the blue light would be absorbed into the object's pigment and as there is no green light to reflect, the object would appear black.
Any object you can see reflects light. If it did not reflect any light it would be invisible. Similarly, no object is so reflective that it reflects all light. The proof that it absorbs light is that it increses in temperature as it is exposed to light.
It would appear black because the object would not reflect any of the colors of light back.
The object would be black, because red cannot reflect green light so no colour is reflected of the object.
Red. The colour of an object is determined by the wavelengths of light it reflects and absorbs, and a white object is one that reflects light across the visible spectrum. If only red light shines on it, it will reflect that light. In contrast, a black object appears black because it doesn't reflect any visible wavelengths, so would still appear black. Any object that doesn't reflect the wavelength of light you're using (eg blue objects) would also appear black because it isn't reflecting any light.
A colorless object appears white or transparent. It has no specific hue or shade and does not reflect or absorb any particular wavelengths of light to create a color. Instead, it reflects all visible light equally, resulting in a colorless appearance.
White, since we can only see the color when all of the light hitting it is reflected.
Blue appears black under a yellow light. For example if you have a blue car and you put a yellow light on it will appear black due to the absence of color. The light has nothing to reflect back.
We see color based on the way objects reflect light. Different wavelengths of light are different colors, and the light that an object reflects is what we see. For example, a red ball reflects red light, and so we see the ball as red. Any light that the object doesn't reflect is absorbed, so the red ball would absorb all the light that isn't red. This light then turns into heat. In science, white is the absence of light, and so white objects reflect all light. This means that the object isn't absorbing any light, and so the object isn't absorbing any heat.
A "green" object is called "green" because that's the only color of light it reflects, and it absorbs any other color. If orange light is shining on it, then there's no light for it to reflect, and it looks black to you.