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.
A flashlight is luminous when it is turned on and emitting light. It is non-luminous when it is turned off and not emitting any light. So, a flashlight can be both luminous and non-luminous at different times depending on its operational state.
You can create multiple reflections of sunlight on mirrors by placing them at an angle to each other. The number of reflections is limited by the number of mirrors and angle at which they are arranged. With careful positioning and alignment, you can create a chain of reflections depending on the resources available.
No one in particular invented the mirror. Reflection is a property of light, so as long as there has been light, there have been surfaces off of which it reflects. The first mirrors were likely pools of water, or pieces of volcanic rock known as obsidian. The most modern version of the mirror that we currently use is usually credited to scientist Justus von Liebig. He applied silver to glass with a reduction of silver nitrate.
Light travels around the Earth 7 times per second. This light bounces between your eyes and the mirror in a bright place to produce an image. The shinier and undamaged the mirror is and the more light there is, the clearer the image will be. That's why it's harder to see an image in a dim room, or on a cheap/scratched mirror.
Lasers use reflection by bouncing the light back and forth between mirrors placed at each end of a laser cavity. This allows the light to pass through the gain medium multiple times, amplifying the beam before it is emitted. This process results in a stronger and more focused laser beam.
In a PERFECT System with Perfect Mirrors reflecting 100% of the Energy that strikes it....two parallel mirrors will reflect light striking it at 90 degrees to their surfaces an INFINITE number of times. Of course that System does not exist. Mirrors are NOT 100% Reflective. It is impossible to make two flat objects Perfectly Parallel, and Introducing a Perfectly Perpendicular Light Beam into the System is NOT Possible either.
Castles were decorated to reflect the time in which they were lived in. This may have meant with shiny armor or a lot of mirrors for example.
A flashlight is luminous when it is turned on and emitting light. It is non-luminous when it is turned off and not emitting any light. So, a flashlight can be both luminous and non-luminous at different times depending on its operational state.
it depends what instument's your talking about :/
interesting thought... unfortunetly you'd need a lot of mirrors and even then it might not work...
No; there are some arrangements that will have dark corners and some that will stop the light being reflected after a certain number of times (in any case, mirrors absorb some of the energy from each beam, so the light would eventually fade if it wasn't coming from a continual source).
because moon is a illumines object .it can't make light on its own.so the light from the sun will be reflected to the moon in night times
Light does not go around the world. It travels in a straight line. For light to go around the world, it would have to periodically redirected using mirrors.
its very simple. just use you mirror shield to reflect the light arrows that Zelda is shooting at you. than you hit him a couple of times and reflect the light arrows 3 times i think and then at a moment it says finish and then you press A and the CONGRATULESIONS!!!. YOU finished the game:D
You can create multiple reflections of sunlight on mirrors by placing them at an angle to each other. The number of reflections is limited by the number of mirrors and angle at which they are arranged. With careful positioning and alignment, you can create a chain of reflections depending on the resources available.
Neither. it is getting a flashlight wet. The beam of light from the flashlight will refract when exiting the tank (and refract several times if going through a glass wall of the tank). If the tank wall is smooth enough of a material with enough of a difference in optical density and the flashlight beam hits the wall at a small enough angle there will be total internal reflection.
The obvious answer is to have light in the dark. At those times when the electricity goes off for whatever reason one needs to be able to see. Also, there are some areas in the home which light cannot reach any other way than to have this portable light available to view during the needed times.