it doesn't
Some of the light is scattered on its journey to the screen. When the light hits the screen, some of it is reflected from the surface. The rest is refracted through the material of the screen. What happens then depends on screen and what is on its other side.
LCD = Liquid Crystal DisplayHow a LCD Projector Creates The ImageTo create the image, red, blue, and green light must be shown through their respective LCD screens, then brought together in a prism to form an image. This is done with the use of mirrors. As the light propagates from the metal halide lamp, it is shown through a dichroic mirror. This mirror only lets the red light through it but reflects the rest of the light. The rest of this light goes through another dichroic mirror that only lets the blue light through but reflects the green light. Hence, the red light is shown through a mirror and reflected into its LCD screen while the green light is reflected into its LCD screen. Then, the remaining blue light that passed through the second dichroic mirror is reflected a couple times into its LCD screen. Finally, the three colors are filtered by the gray scale images on the LCD screens to form the desired image, overlapped by the prism and projected onto a screen.
Compound microscopes primarily use transmitted light. Light passes through the specimen being observed and is focused by the objective lens, then further magnified by the eyepiece lens. Reflected light is not commonly used in compound microscopes, although it can be utilized for certain applications such as for opaque or thick specimens.
I would use feet.
I assume you meant Moon Light? In which case, moon light is the sun's light reflected off the moon during darkness. Such reflected light could be strong enough off a full or near full moon, to allow you to see your surroundings without needing to use a torch.
to use ur eyes wow really -.-..... Light emitted by the Sun is reflected to Earth by the Moon's surface.
The reflection constant of light, also known as the reflectance, is the ratio of the intensity of light reflected from a surface to the intensity of light incident on the surface. It is a measure of how much light is reflected by a surface. The reflection constant depends on various factors such as the nature of the surface, angle of incidence, and the wavelength of light.
Use the move brick break.
they use a green screen
Examples of situations when reflected light can be hard on your eyes include driving in bright sunlight, spending time near water or snow where sunlight is reflected, and looking at electronic screens in direct sunlight. The glare from reflected light can cause discomfort, eye strain, and even temporary vision impairment. It is important to wear sunglasses or use anti-glare measures to protect your eyes in such conditions.
iPods and other devices use a backlight, a luminescent underlay beneath the translucent screen. The screen itself doesn't completely block the light out, even if the screen is displaying a black image.
All plants contain the molecule Chlorophyll which is used by most plants in the process of photosynthesis. This Chlorophyll molecule absorbs Red and Blue light to use the energy from these wavelengths leaving green light to be reflected. It is this reflected green light that makes the leaves of plants look green.