When light shines on a translucent object, some of the light is scattered and absorbed by the material, while the rest passes through. This gives the object a softer appearance compared to transparent objects, as the light is diffused as it passes through.
When white light passes through a blue filter, the filter absorbs most of the colors in the white light spectrum and only allows blue light to pass through. As a result, the white light will appear blue after passing through the filter.
The red car will appear red, as the yellow light will be absorbed by the red pigment of the car and only red light will be reflected.
The light on the wall will likely be green, as the green plastic will filter out light of other colors and only allow green light to pass through.
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 shines on a translucent object, some of the light is scattered and absorbed by the material, while the rest passes through. This gives the object a softer appearance compared to transparent objects, as the light is diffused as it passes through.
When white light passes through a blue filter, the filter absorbs most of the colors in the white light spectrum and only allows blue light to pass through. As a result, the white light will appear blue after passing through the filter.
Stars are the only objects in space that give off their own light.Other objects are visible only if a star shines on them.
The red car will appear red, as the yellow light will be absorbed by the red pigment of the car and only red light will be reflected.
The light on the wall will likely be green, as the green plastic will filter out light of other colors and only allow green light to pass through.
The cap is called 'green' because it absorbs all other colors of light, leaving only the green light to bounce from it to your eyes. If no green light shines on it, then there's no light to bounce from it to your eyes, and it appears black. If you only shine blue light on it, then there's no green light shining on it.
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.
Yes. The sun is the only object in the solar system that shines with its own light. If anything else in the solar system is visible, it's only because the big flashlight in the center is shining on it.
A white surface would appear red in red light because the surface reflects the red light while absorbing other colored light. This phenomenon is due to the fact that an object's color is determined by the wavelengths of light it reflects.
the other colors of light present in white light, allowing only red light to pass through. The filter selectively absorbs all colors except red.
No. Just like the planets and their moons, you can only see a comet when the sun shines on it ... just as you have to shine a flashlight on a rock in order to see it at night. The sun is the only thing in our solar system that makes its own light.
When white light shines through a green glass bottle, the bottle absorbs most green wavelengths, leaving red and blue light to transmit through. This combination of red and blue light creates the perception of magenta. Magenta is a secondary color that is formed by the combination of red and blue light.