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What are the materials you need to make a periscope?
To make a simple periscope, you will need two small mirrors, a sturdy cardboard tube or box, tape or glue, and a cutting tool. Cut holes at each end of the tube/box for the mirrors to fit into at a 45-degree angle. Secure the mirrors in place with tape or glue.
What materials do you need to make a periscope?
To make a basic periscope, you will need two small mirrors, a sturdy cardboard tube or box, scissors, tape, and a ruler. Cut the cardboard tube or box into periscope shape, attach the mirrors inside at a 45-degree angle, then use tape to secure. Adjust the mirrors until you achieve the desired reflection.
How does a periscope make light turn corners?
A periscope uses angled mirrors to reflect light at different angles, allowing it to travel around corners. The mirrors inside the periscope are set up to guide the light path from the object at one end to the observer's eye at the other end, creating the illusion that the observer is seeing directly in front of them.
How do you make a periscope lets you see behind you?
To make a periscope that allows you to see behind you, you will need two small mirrors, a cardboard tube, and some tape or glue. Place the mirrors at a 45-degree angle inside each end of the tube, ensuring they reflect the view behind you. Look through one end of the periscope while holding it up to see the rear view.
What is the Name for the mirrors that make you look funny?
Funhouse mirrors.
What are the materials you need to make a periscope?
To make a simple periscope, you will need two small mirrors, a sturdy cardboard tube or box, tape or glue, and a cutting tool. Cut holes at each end of the tube/box for the mirrors to fit into at a 45-degree angle. Secure the mirrors in place with tape or glue.
What materials do you need to make a periscope?
To make a basic periscope, you will need two small mirrors, a sturdy cardboard tube or box, scissors, tape, and a ruler. Cut the cardboard tube or box into periscope shape, attach the mirrors inside at a 45-degree angle, then use tape to secure. Adjust the mirrors until you achieve the desired reflection.
How does a periscope make light turn corners?
A periscope uses angled mirrors to reflect light at different angles, allowing it to travel around corners. The mirrors inside the periscope are set up to guide the light path from the object at one end to the observer's eye at the other end, creating the illusion that the observer is seeing directly in front of them.
How do you make a periscope lets you see behind you?
To make a periscope that allows you to see behind you, you will need two small mirrors, a cardboard tube, and some tape or glue. Place the mirrors at a 45-degree angle inside each end of the tube, ensuring they reflect the view behind you. Look through one end of the periscope while holding it up to see the rear view.
What property of light does a periscope make use of?
A periscope makes use of the property of reflection to redirect light. Light enters one end of the periscope, reflects off mirrors inside the periscope, and then exits at the other end, allowing the viewer to see objects outside their direct line of sight.
What is the similarity between a microscope and magnifying glass?
Periscope- There are two mirrors and mirrors are at an angle of 45 degrees each. Kaleidoscope- There are usually three mirrors each at 60 degrees forming an equilateral triangle. The periscope is a device for observation. ... The periscope has two mirrors in its instrumentation while the kaleidoscope has three.
If you make a periscope that looks behind you why is the image upside down?
The periscope uses mirrors to reflect the image, and in doing so, it flips the image upside down due to the nature of how light reflects off a flat surface. This inverted image is then corrected by our brain to appear right-side up.
How are periscopes built?
We made some in class using mirors and a cardboard box. You have to cut two small holes on opposite sides of the box. Then on the opposite side position the mirrors on opposite sides of the box. (on the thinner side) then stick them in the right position and your done. To position mirrors: Make sure you can see out of the top from the the bottom mirror!
How do you make a PVC periscope?
by sunlight maybe??
How do you make a periscope?
What you need:2 mirrors (approx. 2" by 1", but other sizes work well too)a piece of carton (approx. 6 1/2" wide, 8" long. Or roughly 3 times the width of your mirrors and 4 times the height)ScissorsGlueSome paint to give it a nice spy look!How to make the periscope:Draw the lines on your carton as you see them on the plans. Note that there are dashed lines, these are fold lines, don't cut through those. The full lines are cut lines, use scissors to cut through those.Paste your mirrors on the spots where it says "mirrors".Fold the carton into a box. One mirror is looking up, the other one is looking down. Paste it so it stays box shaped.Fold the mirrors in so they are roughly in an angle of 45 degrees. Then fold the side flaps in and paste it to the back of the flap. Both sides!You have a working periscope now! Look through the lower mirror, and you can see much higher... over a wall, for instance. Or around a corner!Now give it that tough spy look by giving your new apparatus a couple of coats of paint. Think how it should look to blend in with the background. Green and brown is nice for the bushes, bad for the snow! two mirrors parallel to each other but at 45 degrees to the axis of a tube connecting them. Cut entry and exit holes in the tube to be able to see through.See image under Sources and related links below:
How many images will be formed when a candle is placed between two plane mirrors at 40 cm's apart?
The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.
What are the daily uses of concave mirrors?
Magnifying mirrors, make-up mirrors, telescopes
