A blue filter absorbs most colors of light except blue, which it transmits. This means that it will absorb red, green, and other colors of light, while allowing blue light to pass through.
Colored filters work by selectively absorbing certain wavelengths of light while allowing other wavelengths to pass through. The colors we see are the result of the reflected or transmitted light that is not absorbed by the filter. For example, a red filter absorbs most colors of light except for red, which is transmitted through the filter.
A red filter absorbs most of the colors of white light except red, which is transmitted through the filter. This means that the red filter reflects or transmits red light while absorbing other colors.
A red filter allows red light to pass through while absorbing other colors. This filter works by only transmitting light that falls within the red part of the spectrum, effectively blocking out all other colors.
When a green filter is passed through light, it selectively absorbs all colors of light except green. This means that only green light passes through the filter, while other colors are absorbed. The result is that the light appears green in color after passing through the filter.
A colored filter absorbs certain wavelengths of light and only allows specific colors to pass through. The color of the filter determines which wavelengths are transmitted and which are absorbed. For example, a red filter absorbs blue and green light, allowing only red light to pass through.
Colored filters work by selectively absorbing certain wavelengths of light while allowing other wavelengths to pass through. The colors we see are the result of the reflected or transmitted light that is not absorbed by the filter. For example, a red filter absorbs most colors of light except for red, which is transmitted through the filter.
A red filter absorbs most of the colors of white light except red, which is transmitted through the filter. This means that the red filter reflects or transmits red light while absorbing other colors.
A red filter allows red light to pass through while absorbing other colors. This filter works by only transmitting light that falls within the red part of the spectrum, effectively blocking out all other colors.
the filter transmits red light and absorbs other colors.
White clothBlack paper absorbs more because black absorbs all colours of light and turns the light into heat.
white is the reflection of light on anything that reflects all colours ( black absorbs all colours)
When a green filter is passed through light, it selectively absorbs all colors of light except green. This means that only green light passes through the filter, while other colors are absorbed. The result is that the light appears green in color after passing through the filter.
A filter. It selectively absorbs or transmits certain wavelengths of light, allowing only specific colors to pass through while blocking others. These filters are commonly used in photography, lighting, and optics to manipulate the colors of light.
A colored filter absorbs certain wavelengths of light and only allows specific colors to pass through. The color of the filter determines which wavelengths are transmitted and which are absorbed. For example, a red filter absorbs blue and green light, allowing only red light to pass through.
BlackAll of the colours that make the white light shine down on the black object and all of the colours that make the white light the light absorbs into the object and no light reflects.WhiteAll of the colours that make the white light shine down on the white object and the light and no light is absorbed into the object but all of the colours that make the white light are reflected into your eyes
Light colours reflect the sun, whereas black colour absorbs the sunlight.
A red filter absorbs green and blue light, allowing only red light to pass through.