A blue ray would bend light the most in a prism, as shorter wavelengths of light (like blue) are refracted more than longer wavelengths (like red or green) when passing through a medium like glass.
Red light rays will bend the least when entering a drop of water, as red light has the longest wavelength of the visible light spectrum. Blue light rays will bend the most, as they have the shortest wavelength. Green light rays will bend somewhere in between red and blue.
You would get a greenish color when mixing light blue and yellow.
The blue sky would appear green under green light because the green light would dominate the color seen by our eyes. The color of the sky is determined by the light that is reflected off of it, so when green light is shone on a blue sky, the green light will be the dominant color that is reflected.
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.
Red light will bend the least, blue light will bend the most. This is due to the phenomenon of dispersion, where different colors of light have different wavelengths and thus different indices of refraction in water, causing them to bend by varying amounts. Blue light has a shorter wavelength and thus a higher index of refraction compared to red light.
Red light rays will bend the least when entering a drop of water, as red light has the longest wavelength of the visible light spectrum. Blue light rays will bend the most, as they have the shortest wavelength. Green light rays will bend somewhere in between red and blue.
You would get a greenish color when mixing light blue and yellow.
The blue sky would appear green under green light because the green light would dominate the color seen by our eyes. The color of the sky is determined by the light that is reflected off of it, so when green light is shone on a blue sky, the green light will be the dominant color that is reflected.
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.
Red light will bend the least, blue light will bend the most. This is due to the phenomenon of dispersion, where different colors of light have different wavelengths and thus different indices of refraction in water, causing them to bend by varying amounts. Blue light has a shorter wavelength and thus a higher index of refraction compared to red light.
When light is split, blue light tends to bend the most and red light the least. This is because blue light has a shorter wavelength compared to red light, causing it to refract more when passing through a prism or other dispersive medium.
Blue light rays will bend the most and red light rays will bend the least when entering a drop of water simultaneously. This is because blue light has a shorter wavelength, leading to stronger interactions with the water molecules. Red light, with a longer wavelength, experiences less refraction.
If light has no red or blue, you would see the color green. Green is a combination of yellow and blue wavelengths, and when there is no red or blue light present, the resulting color perceived by the eye is green.
An object that appears blue in white light does so because it absorbs all colors except blue, reflecting blue light. However, in green light, which does not contain any blue light, the object cannot reflect blue light and would therefore appear grey or black as it does not have any other color to reflect in the green light.
A green object illuminated by blue lights would likely appear to have a bluish hue. The blue light would mix with the green, potentially creating a teal or cyan effect, depending on the intensity of the blue light and the specific shade of green. This color blending occurs because the blue light affects how our eyes perceive the green object. Overall, the object may look less vibrant and more muted than it would under white light.
it makes a light blue green
Green.