Red objects appear black in blue light because red and blue are complementary colors. When blue light shines on a red object, the object absorbs the blue light and reflects very little light, making it appear black to our eyes.
A yellow object will appear black in red light because red light does not contain any yellow wavelengths to reflect off the object. Yellow objects reflect yellow wavelengths, so in the absence of these wavelengths, the object will not reflect any light, appearing black.
Red boots will appear the same shade of red in red light because they reflect or absorb light based on their color. In red light, red objects will reflect and appear red, maintaining their original color.
A green shirt appears white in magenta light because magenta light contains red and blue wavelengths of light but no green. The absence of green light causes the green shirt to appear white, as white is a combination of all colors of light.
Leaves absorb mostly red and blue light but reflect or transmit green light, which is why they appear green to our eyes. Therefore, green light is the color least absorbed by leaves.
Red objects appear black in blue light because red and blue are complementary colors. When blue light shines on a red object, the object absorbs the blue light and reflects very little light, making it appear black to our eyes.
A yellow object will appear black in red light because red light does not contain any yellow wavelengths to reflect off the object. Yellow objects reflect yellow wavelengths, so in the absence of these wavelengths, the object will not reflect any light, appearing black.
Red boots will appear the same shade of red in red light because they reflect or absorb light based on their color. In red light, red objects will reflect and appear red, maintaining their original color.
because dark colours absorb light and light colours reflect light
Blue and green are colors that absorb red light. This means that objects with a blue or green surface will appear to absorb red light and reflect the remaining visible wavelengths.
A green object would appear black under red light. This is because red light contains wavelengths outside of the green object's pigment range, so it cannot reflect any light back to our eyes. This results in the object appearing dark or black.
Colours appear the way they are because of light. Objects such as this bus reflect colours from light..thats why most things apear black in the dark because there is little or no light to reflect off of. Yellow objects reflect yellow while absorbing remaining colours
Red light plus green light equals yellow light. This is why you get yellow on a screen. Light colours mixed give you different colours to paint colours. Light Primary colours are red, blue and green but Paint Primary colours are red, blue and yellow.
Light colours. White is best.
A green shirt appears white in magenta light because magenta light contains red and blue wavelengths of light but no green. The absence of green light causes the green shirt to appear white, as white is a combination of all colors of light.
Bubbles themselves are transparent and colorless. However, they can appear to have a red tint if they reflect light from a red object nearby or if they are illuminated by red light.
Shiny like silver then white then light colours, reflect most light Sometimes gold can do it, or like a yellow