When white light strikes a red object, the object would appear red. The object would have reflected the red light within the white light while all other colours would have been absorbed.
When blue light strikes a red object, it would appear black as there is no red light in blue light as it is a primary colour. As a result, the blue light would be completely absorbed by the red object. So no light would be reflected from the object.
When violet light strikes a red object, it would appear red, as violet is a combination of blue and red light. The blue light would be absorbed while the red light would be reflected.
It is good to learn and revise the light spectrum and primary and secondary light colours.
Primary light colours are: Red, Green and Blue
Secondary light colours are: Yellow, Cyan and Violet
The combinations are:
Red + Green = Yellow
Green + Blue = Cyan
Blue + Red = Violet (or Magenta depending on how you have been taught)
When white light strikes a red opaque object, the object absorbs all colors except red, reflecting and transmitting only the red wavelengths. For blue light, the object absorbs all colors except blue, reflecting and transmitting only the blue light. Similarly, for red light, the object will reflect this light color. For violet light, the object will absorb most of the light since red objects do not reflect violet light well, resulting in minimal reflection back.
When white light shines on an opaque violet object, the object absorbs most of the colors in the white light spectrum except violet. The violet light is reflected off the object, making it appear violet to our eyes.
When white light shines on a violet object, the object absorbs most of the wavelengths in the white light spectrum and reflects primarily violet wavelengths. This means that the violet object appears violet because it absorbs other colors and reflects violet.
The violet object absorbs all colors of light except violet, which it reflects. The white light, which contains all the colors of the visible spectrum, shines on the violet object and only the violet light is reflected off the object, making it appear violet to our eyes.
A blue object absorbs most colors of light but reflects blue light, which is why we perceive it as blue.
White light contains all colors of the visible spectrum: red, orange, yellow, green, blue, indigo, and violet. When white light is reflected off an object, the colors that are not absorbed by the object are reflected back to our eyes, giving the object its perceived color.
it reflects violet and absorbs the other colors
White light contains all the wavelengths of the visible spectrum at equal intensity. The different colors of light, except violet, are absorbed when white light shines on an opaque violet object. The violet color is reflected.
When white light shines on an opaque violet object, the object absorbs most of the colors in the white light spectrum except violet. The violet light is reflected off the object, making it appear violet to our eyes.
All the light is absorbed, except that portion of the spectrum matching the object's color. That particular bandwidth is reflected. Hence a yellow object appears yellow, and a blue object appears blue. Black objects absorb light without reflecting any, while white objects reflect almost all the visible light which strikes them. The object may then emit the absorbed energy in the infrared spectrum (heat).
When white light shines on a violet object, the object absorbs most of the wavelengths in the white light spectrum and reflects primarily violet wavelengths. This means that the violet object appears violet because it absorbs other colors and reflects violet.
The violet object absorbs all colors of light except violet, which it reflects. The white light, which contains all the colors of the visible spectrum, shines on the violet object and only the violet light is reflected off the object, making it appear violet to our eyes.
When light energy is absorbed by an opaque object, the energy is converted into heat. The photons of light are absorbed by the atoms in the material, causing them to vibrate and produce thermal energy. This is why opaque objects feel warm to the touch after absorbing light.
When light waves strike an object, they can be reflected, absorbed, or transmitted through the object. The behavior of the light waves depends on the properties of the object, such as its material and surface characteristics.
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The surface will appear white.
Initially invisible infra red radiations. Then as temperature increases it becomes red. As still temperature increases it turns into yellow. When further increase happens, it starts giving out almost all colors including blue, violet and so it seems white hot. As an object is heated, it's maximum electromagnetic frequency increases. So you can measure the heat of an object by its emitted spectrum.
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