anime girl background

anime girl background is an lwp for your phone set the app as live wallpaper to make your android phone more beautiful and alive download sky clouds live wallpaper from our given resolutions for free. we have the best collection of anime girl background. in case you don’t find the perfect resolution, you may download the original size or any higher resolution anime girl background which will best fit your screen.

this lwp depict a picture of anime girl background with a background of blue sky, with seagull wallpaper flying around near the big giant white cloud, this anime girl seem to be waiting for something by the lake, we can see the water reflection of the cloud in the water. we see a blue sky, because of the way the atmosphere interacts with sunlight. white light, including sunlight, is made up of many different colors of light, each with its own corresponding wavelength. seagull wallpaper. several different things can happen when this light encounters matter. for instance, if sunlight passes through a transparent material, such as water, those light waves will refract, or bend, because light changes speed as it travels from one medium (air) to another (water). seagull wallpaper. prisms break up white light into its constituent colors, because different wavelengths of light refract at different angles — the colors travel at different speeds — as they pass through the prism. alternatively, some objects, such as mirrors, reflect light in a single direction. other objects can cause light to scatter in many directions. the blueness of the sky is the result of a particular type of scattering called rayleigh scattering, seagull wallpaper, which refers to the selective scattering of light off of particles that are no bigger than one-tenth the wavelength of the light.

importantly, rayleigh scattering is heavily dependent on the wavelength of light, with lower wavelength light being scattered most. in the lower atmosphere, tiny oxygen and nitrogen molecules scatter short-wavelength light, such blue and violet light, to a far greater degree than than long-wavelength light, such as red and yellow.