We stuck our decorated papers onto construction paper to make them a bit sturdier. Stick some tinfoil onto the card stock, shiny side facing out. Make three folds four sections in your foil-covered cards.
Connection Theory When three rectangular mirrors that are the same size are arranged in an equilateral triangle, rays of light from an object form multiple images due to reflections from the mirrors. The equilateral triangle formed by the mirrors has three equal angles of 60 degrees, and the sides have equal lengths.
Materials 3 flat rectangular mirrors of equal size rubber bands small items to put in the kaleidoscope glitter, confetti, ect.
Place the three mirrors together as shown, using the long side of each mirror. Put a few pieces of tape on the backs of the mirrors to hold them together.
Put two of the rubber bands around them to hold them securely together.
Use this simple kaleidoscope to do the following activities. Hold the kaleidoscope in your hand and look through it at objects around the room. Hold the kaleidoscope above the white cardboard and look down inside it.
Put some object such as a coin, or the small pieces of colored paper in the resealable bag keep them in the bag on the white cardboard inside the kaleidoscope.
Observe the images reflected in the mirrors. Observations, Data, and Conclusions 1. How many images did you see? Did the images appear to be the same size as the object? How were the objects oriented with respect to the reflected images?
Light, Color and Their Uses Guide.A special type of cell kaleidoscope uses a polarized lens to create a rainbow effect within the chamber. Wand Kaleidoscopes: A wand is a sealed tube that is usually made of glass or plastic and filled with loose objects floating in a liquid. Learn how to make a kaleidoscope in this fun STEM/science activity and craft for kids.
It's such a fun way to explore light, reflections, and symmetry! Follow our Science for Kids Pinterest board! Last week I made these super fun kaleidoscopes with my after school science class (which is composed of 1st and 2nd graders).
They loved exploring how their own designs reflected in the kaleidoscopes. Make a Kaleidoscope From Cardboard Tubes This is a 3 part tutorial on how to make a kaleidoscope that can work by turning the end like the real tin classic. If you are younger than 9 and you think you can master it then bravo go ahead, but usually this level of craft is for children 9+.
"Make a kaleidoscope" will teach you all of the techniques necessary to make a stained glass kaleidoscope. Nothing else is necessary to get started, other than your desire to create something beautiful!
Here is a Sample of What You'll Find in the Book. My kids have been asking to make kaleidoscopes for years—and I mean years!
The last time we bought a roll of tinfoil, I thought, “Hmm, let’s give it a try.”. Kaleidoscopes are so much fun to play with. Did you know that there is a lot of science behind how a kaleidoscope works?
Your kids will learn so much when they create their very own kaleidoscope.
|Educator Features||Cue maximalism, a bedazzled aesthetic of bold patterns, striking color combinations and geometric embellishments.|
|The main tube: reflection||The drawback is that building a kaleidoscope with the eyepiece in a lowered position is more complicated. For me the best viewing angle is 55 degrees, but this varies depending on the nature of the image.|
|How to Make a Kaleidoscope | College of Optical Sciences | The University of Arizona||Prepare the Materials Cut the acrylic mirror into strips. Drill holes in the center of the PVC end caps Cut the adhesive-backed foam weather stripping into one-inch pieces.|
|All Listings||Images Kaleidoscopes Judith Paul and Tom Durden combine their electrifying kaleidoscope creation skills to produce Images kaleidoscopes.|
|Making a Kaleidoscope||Prev NEXT Although kaleidoscopes can be elaborate, collectible pieces of art costing thousands of dollars, you can make your own. Depending what you have on hand, you may not even have to spend a dime to do it.|