When you look at a blue object through a red filter, the object will appear darker and possibly black because the red filter blocks out most of the blue light. The red filter only allows red light to pass through, which results in absorbed blue light and altered color perception.
A blue object would appear darker when viewed through a green filter because the green filter would absorb some of the blue light that the object reflects, resulting in a more subdued color.
A red object looks black through a blue filter because the filter absorbs the red light that the object reflects, allowing little to no light to pass through. This results in the red object appearing dark or black when viewed through the blue filter.
If blue light passes through a blue filter, the light will be transmitted through the filter because the filter is designed to allow blue light to pass through while absorbing other colors of light. The blue filter selectively transmits blue light and blocks other colors of light.
When you look through a red object, such as red cellophane or a red filter, the red object absorbs all other colors except red. This means that only red light is transmitted through the object. When you then view a blue object through the red filter, the blue object reflects blue light, but the red filter blocks it. As a result, only red light from the blue object is transmitted through the red filter, creating the appearance of purple.
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.
grey
green
A blue object would appear darker when viewed through a green filter because the green filter would absorb some of the blue light that the object reflects, resulting in a more subdued color.
A red object looks black through a blue filter because the filter absorbs the red light that the object reflects, allowing little to no light to pass through. This results in the red object appearing dark or black when viewed through the blue filter.
A red object would appear dark or black when viewed through a blue filter because blue filters absorb red light, preventing it from passing through. This would result in the red object appearing much darker since it is not reflecting or transmitting the blue light that the filter allows to pass.
If blue light passes through a blue filter, the light will be transmitted through the filter because the filter is designed to allow blue light to pass through while absorbing other colors of light. The blue filter selectively transmits blue light and blocks other colors of light.
When you look through a red object, such as red cellophane or a red filter, the red object absorbs all other colors except red. This means that only red light is transmitted through the object. When you then view a blue object through the red filter, the blue object reflects blue light, but the red filter blocks it. As a result, only red light from the blue object is transmitted through the red filter, creating the appearance of purple.
Purple will the object be
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.
A green object viewed through a blue filter would appear darker or black because the blue filter would absorb most of the green light, allowing very little to pass through. This lack of green light reaching our eyes makes the object appear darker and alters its color.
When red light shines on a blue filter, the filter absorbs most of the red light while allowing some of the blue light to pass through. As a result, the light that is transmitted through the filter will appear blue.
A yellow filter would absorb blue light, making a blue object appear black in a black-and-white photograph.