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A plane mirror can be positioned at a 45-degree angle to reflect light around a corner. When light hits the mirror at the correct angle, it will be reflected off the mirror and change direction to continue traveling around the corner. This method is commonly used in periscopes to see objects that are not in a direct line of sight.
What else can I help you with?
How do we see around corners using a mirror?
To see around corners using a mirror, place the mirror at a right angle to the corner so that it reflects the view of what's around the corner. This allows you to view objects or people that are not in your direct line of sight by looking into the mirror. The mirror essentially acts as a tool to bounce light from the objects around the corner into your line of sight.
What is the part of yhe microscope used to deflect light into the microscope?
There is usually a tiltable mirror underneath where the specimen is placed, A small lamp shines on the mirror and the beam is directed upwards. In some microscopes an upward shining lamp takes the place of a mirror.
What type of mirror is found around the bulb of flashlight?
Typically a concave parabolic mirror with a metallic reflector.
How can you use mirrors to see around corners?
Well, isn't that a happy little question! You can use mirrors to see around corners by placing them at an angle where they can reflect the view from the other side. Just like painting a beautiful landscape, it's all about finding the right angle and position for your mirror to capture the hidden beauty around the corner. Just remember, there are no mistakes, only happy accidents in the world of mirrors and reflections!
How did a spinning octagonal mirror help michelson calculate the time that light took to make the round trip to the distact mountain?
He adjusted the mirror so that the beam of light would reflect back into his lens. As the mirror was spinning around (1/8 of rotation) it shot short burst of light off the mountain mirror and into the spinning octagonal mirror, helping him calculate speed of light at around 300,000 km/s.
How do we see around corners using a mirror?
To see around corners using a mirror, place the mirror at a right angle to the corner so that it reflects the view of what's around the corner. This allows you to view objects or people that are not in your direct line of sight by looking into the mirror. The mirror essentially acts as a tool to bounce light from the objects around the corner into your line of sight.
What is the part of the microscope used to deflect light into the microscope?
There is usually a tiltable mirror underneath where the specimen is placed, A small lamp shines on the mirror and the beam is directed upwards. In some microscopes an upward shining lamp takes the place of a mirror.
What is the part of yhe microscope used to deflect light into the microscope?
There is usually a tiltable mirror underneath where the specimen is placed, A small lamp shines on the mirror and the beam is directed upwards. In some microscopes an upward shining lamp takes the place of a mirror.
What can you use to see round corners?
a mirror or some thing that reflects light
What can make a light ray turn around?
simple. a mirror. it reflects the light of it
What type of mirror is found around the bulb of flashlight?
Typically a concave parabolic mirror with a metallic reflector.
How can you use mirrors to see around corners?
Well, isn't that a happy little question! You can use mirrors to see around corners by placing them at an angle where they can reflect the view from the other side. Just like painting a beautiful landscape, it's all about finding the right angle and position for your mirror to capture the hidden beauty around the corner. Just remember, there are no mistakes, only happy accidents in the world of mirrors and reflections!
The thickest lenses deflect and bend light?
The most.
How did a spinning octagonal mirror help michelson calculate the time that light took to make the round trip to the distact mountain?
He adjusted the mirror so that the beam of light would reflect back into his lens. As the mirror was spinning around (1/8 of rotation) it shot short burst of light off the mountain mirror and into the spinning octagonal mirror, helping him calculate speed of light at around 300,000 km/s.
if light is an electromagnetic wave can light deflect due to an electromagnet?
Good thought. But, perhaps strangely, no.
How can you see things in a mirror with light?
Because a mirror reflects light.
What varieties of light would diffract the most around the corner of a solid barrier?
Light with longer wavelengths, such as red or infrared light, diffracts more around the corner of a solid barrier due to their larger wavelengths enabling them to bend more around obstacles. Shorter wavelength light, such as blue or ultraviolet light, diffracts less in comparison.
