Rainbow science project

First, put some water in a glass jar with a mirror angled in the jar toward the ceiling. Darken the room, and then shine a flashlight on the mirror. It should project a rainbow onto the ceiling.

Rainbow science project

The show was produced first by Lancit Media Entertainment from toand then, by On-Screen Entertainment from to Every episode featured a different book, often narrated by a celebrity.

Expertise. Insights. Illumination.

The featured story would often have still shots of the book's illustrated pages shown in succession, although on certain occasions the shots would be animated. After the featured story, Burton visited settings related to the episode's theme, often featuring interviews with guests.

One episode featured a behind-the-scenes look at Star Trek: The final segment of each show, called Book Reviews, began with Burton's introductory catchphrase, "But you don't have to take my word for it," and featured children giving capsule reviews of books they liked. Burton ended most episodes with the phrase "I'll see you next time.

It was created and produced in Burton hosted the program.

Rainbow Science Projects. Share; Watch Light Bend What You Need: a glass of water A prism is usually made of glass and is used to separate light into its colors. In this project, you can make your own prism to show the colors of light. What You Need: you would see a larger rainbow. Rainbow Science Lesson. What Is A Rainbow? A rainbow is. Step 4. Fill the remainder of the jar/vase with the shaving cream. Step 5. Using your syringe or eye dropper, carefully drop the colours in one at a time (don’t do this too quickly or all of the colours will mix. This is guaranteed to become one of your favorite kitchen chemistry experiments. Some very unusual interactions take place when you mix a little milk, food coloring, and a drop of liquid soap. Use this experiment to amaze your friends and uncover the scientific secrets of soap. Pour enough milk in.

The daughters of producer Larry Lancit, Shaune and Caitlin Lancit, were often featured in the series, notably as the children thanking the sponsors at the beginning and end of the show. Theme song and opening sequence[ edit ] The show's theme song was written by Stephen Horelick, Dennis Neil Kleinman, and Janet Weir; Horelick also served as the series' music director and composer and received an Emmy nomination in for his work on the series.

Over the show's year run, it went through three variations of the theme song. The original theme was performed by Tina Fabrique and featured one of the first uses of the Buchla synthesizer in a TV theme song.

The original opening sequence consisted of a cartoon butterfly transforming the surroundings of young children reading books into cartoon fantasy lands, was used until In the summer ofepisodes began using a new opening sequence which is live-action and features CGI in a space-themed world, with the same theme song performed first by Johnny Kemp.

The opening sequence is mostly the same as the second one, but this time featuring Burton in place of some of the animated elements.

Original production was to have ended after April 4,with the show continuing to air in rerunsbut host LeVar Burton said on February 7,that five new episodes of the show would be shot in despite the continuing financial troubles of PBS. Relaunch as an app[ edit ] Announcement and early developments —14 [ edit ] Former executive producer LeVar Burton announced on his Twitter feed on March 19,that "Reading Rainbow 2.

In Januarythe Reading Rainbow App surpassed 10M books read and video field trips watched by children in 18 months. The new goal is to create an educational version for schools to use, free of cost to those schools in need, and help America get back to high literacy rates.

They are also going to create a website for students to use to assist them with learning how to read.

Rainbow science project

The following day, May 29,they reached two million dollars double their goal at 1: Withbackers, the campaign holds Kickstarter's record for most backers and is the 8th highest amount raised on Kickstarter as of June 1, In MarchBurton launched a new online educational service called Reading Rainbow Skybrary for Schools that follows the same mission of the television series, while expanding to integrate into classroom curriculums.

The lawsuit also seeks to enjoin Burton from using the Reading Rainbow catchphrase, "But you don't have to take my word for it," on his podcast. WNED is currently working on the next chapter of Reading Rainbow and will continue its mission of fostering education for a new generation.Obtain a small piece of acrylic plastic and a good, non-wobbly set of "dividers" (a compass with two points.) I used a $10 compass from an art supply store and .

What is a rainbow? Author Donald Ahrens in his text Meteorology Today describes a rainbow as "one of the most spectacular light shows observed on earth". Indeed the traditional rainbow is sunlight spread out into its spectrum of colors and diverted to the eye of the observer by water droplets.

Scientific American is the essential guide to the most awe-inspiring advances in science and technology, explaining how they change our understanding of the world and shape our lives.

Unweaving the Rainbow: Science, Delusion and the Appetite for Wonder [Richard Dawkins] on rutadeltambor.com *FREE* shipping on qualifying offers. Did Newton unweave the rainbow by reducing it to its prismatic colors, as Keats contended?

Did he, in other words. There’s no better way for little scientists to learn about capillary action and color mixing than by making a walking water rainbow. This science activity is so easy to set up and the results are almost immediate, which makes it a favorite among my kiddos.

Getting Ready. A rainbow is an optical phenomenon that appears as a band of colours in an arc, resulting from the refraction of the sun's light rays by the rain.

When the sun shines on the droplets of water in the atmosphere, a rainbow, as people see it, is formed.

Two Rainbow Project Ideas for Kids: Making Your Own Rainbow and Experimenting With It