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A boundary could be a mirror or shiny surface, so light would be reflected.
A reflected light would be light reflected by a mirror, and the light would remain unchanged. A reflected light of daylight is when white light is split into 'rainbow' colours.
That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.
This would be plane mirrors.
30 degrees
The bumpy mirror will reflect the light at a weird angle, not the one you would expect, based on where the light source is coming from. The smooth mirror will act normal
A boundary could be a mirror or shiny surface, so light would be reflected.
A reflected light would be light reflected by a mirror, and the light would remain unchanged. A reflected light of daylight is when white light is split into 'rainbow' colours.
That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.That would depend on the quality of the mirror. If the mirror reflects a greater percentage of the light, then the light can be reflected more times, before it becomes too faint to be recognizable.
green
This would be plane mirrors.
30 degrees
they both can be reflected sound would be reflected as an echo and light like when you flash a flash light at a mirror
Your reflection is based on the shape the mirror is.Example:If the mirror was bent outwards the reflected image would appear wider.If the mirror was bent inwards the reflected image would appear thinner.Usually you can commonly find mirrors like these in fun houses, and can be found in various shapes such as cones etc.
It is reflected back parallel to the principal axis. (apex)
ultraviolet rays, X-rays, and gamma rays would all do that
When sunlight hits the wall it is reflected back in all directions. Some of it hits your eye and some of it hits the mirror. The light that hits the mirror re-reflected back to its source and strikes the wall again. That light is then re-re-reflected of the surface and some of it reaches your eye. Basically, the light that would have normally gone elsewhere is given a second chance to reach your eye.