Magnets. How do they work? It’s not a miracle, even though magnets may seem like mysterious things. They push and pull certain —and can even make them levitate—without touching them at all, but they s ...
The goal of the static electricity project is for students to put their knowledge of protons, neutrons and electrons into use by observing various electrical charges. Students should be able to identi ...
Determine which is the best packaging material for keeping fragile items safe during the shipping process.It is an educational content by education.com.By clicking on the title of this resource, you w ...
Planets are generally spherical because of gravity. The gravitational force created by a massive celestial body (a planet-sized body) attracts surrounding things towards its center. Gravity is relativ ...
A non-Newtonian fluid contains elements of both a liquid and a solid. This science project allows you to explore a simple non-Newtonian fluid.It is an educational content by education.com.By clicking ...
Magnetic fields are invisible. You can’t see them, but you can see what they do, like attract a paper clip or push another magnet away. But wouldn’t it be cool if we could find out how to show the dir ...
Study black holes. The goals of this project are: To define and illustrate the properties of black holes in space. To make predictions and calculations based on what we know about black holes.It is an ...
In this experiment, you will create your own light bulb and test filaments of different thicknesses to see which keeps the bulb burning for the longest time.It is an educational content by education.c ...
Have you ever seen one of those roller coasters that shoots out of the station at an insanely high speed? These roller coasters don’t need to climb hills first to use gravitational potential energy—th ...
You need to send a message to home from your tree house, but it’s too windy to send a paper airplane! Fortunately, you have a taut clothesline and a supply of balloons from last week’s birthday party. ...