Enter the characters you see below Sorry, we just need to make sure you’re not a robot. For school science projects, if you would like to do science projects involving electricity, type «electricity» in the box and press «Enter». Click here to see a list of all topics. 5 types of science projects described.
This blog is a good place to start if you want to explore many different topics. A site with beautiful multimedia content providing online lessons and interactive movies on the study of sience and technology. A beautiful multimedia-rich site that has many interesting interactive movies on various topics. Have you ever stopped to think how such an enormous piece of metal can fly 30,000 feet in the air and cross wide oceans? As the plane cruises high above the clouds, have you ever tried closing your eyes and imagine how your body is being propeled hundreds of miles per hour through the air?
The jet plane is an amazing result of human invention and discovery. In 1892, while in their early twenties, they opened a bicycle shop together to pay the bills. Although they worked as mechanics, their dream was always to achieve human flight. They researched and experimented in their own workshop tirelessly. And on December 17, 1903, these two young bicycle mechanics made history by achieving human flight. This story has always inspired us. It is our hope that one day, young, creative minds like you or your child’s will change the world as the Wright brothers have.
We have designed this site to help you and your child search for useful ideas and tips for your experiments. Here, you will find literally hundreds of experiments of every kind in every discipline of science from chemistry, biology, physics to even human psychology. We’re confident that our powerful color-coded search tool will help quicken your research tremendously. Also, experience shows that many people find it helpful to learn from what others already know. We strongly suggest that instead of copying these experiments blindly, you should try to understand the principles demonstrated and then take those principles and apply them to your own experiment in a different and more creative way.