First, let's understand why you call that device a 'cyan filter'? Was it invented by the famous Austrian Physicist Professor Cyril Cyan? Is it marketed and distributed in the US by the Cyan Filterwerks? Or is it because when you look at it, it looks the color of cyan? Could that be because whatever color of light enters one side of the filter, the only color of light that's not absorbed by the filter and remains to come out the other side is cyan light? In that case, whenever cyan light is present in the incident light ... like if it's 'white' light ... then the cyan comes out the other side and the filter looks cyan. And if there's no cyan in the incident light, then all of it is absorbed in the dyes in the filter, and the other side of the filter appears very dark, or black.
A yellow filter will allow yellow light to pass through easily. It will also transmit some red and green light, but will block out blue light.
When white light passes through a yellow filter, only the yellow wavelengths of light are transmitted while all other wavelengths are absorbed. This causes the light that passes through to appear yellow in color.
The red light is absorbed by the green filter and therefore no light passes through the filter
When white light passes through a yellow filter, only yellow light is transmitted, while all other colors are absorbed. This means that when you look at the light passing through the yellow filter, you will see only the color yellow.
When shining a red light through a blue filter, the light that passes through will appear black. This is because the blue filter only allows blue light to pass through, while blocking red light.
black because blue light cannot pass through a yellow filter
A yellow filter will allow yellow light to pass through easily. It will also transmit some red and green light, but will block out blue light.
When white light passes through a yellow filter, only the yellow wavelengths of light are transmitted while all other wavelengths are absorbed. This causes the light that passes through to appear yellow in color.
The red light is absorbed by the green filter and therefore no light passes through the filter
When white light passes through a yellow filter, only yellow light is transmitted, while all other colors are absorbed. This means that when you look at the light passing through the yellow filter, you will see only the color yellow.
When shining a red light through a blue filter, the light that passes through will appear black. This is because the blue filter only allows blue light to pass through, while blocking red light.
The reason the filter appears yellow and is called a "yellow filter" is that only yellow light survives the trip through the filter and lives to emerge from the other side. If you don't hit it with yellow light, nothing comes out. If the light hitting the filter is pure blue and nothing else, you'll see no light come out, i.e. black.
When a yellow book is viewed through a green filter, the filter will absorb most of the yellow light but allow green light to pass through. As a result, the book may appear darker and its yellow color may become less vibrant when viewed through the green filter.
No, yellow is not absorbed by the magenta filter. Magenta filters absorb green light and allow red and blue light to pass through. Yellow light is a combination of red and green light, so it will not be absorbed by the magenta filter.
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.
When light passes through a red filter, the color that comes through is red, as the filter absorbs other colors of light and only allows red wavelengths to pass through.
green