The glove will act as a container for the vinegar, which is one of the key ingredients in this science experiment with ...

Through experiments with balloons and suction cups, he understands how air pressure works, including its applications in inflating tires and lifting cars. Additionally, he finds out that airplanes ...

Ever wondered why bread dough rises when baking? Or why pizza dough gets puffy? It's all thanks to tiny living organisms called yeast! In this experiment, we'll see exactly how yeast works by watching ...

Watch this simple but fascinating experiment in action. Notice how the aluminum foil balls respond instantly to the charged balloon, creating a mesmerizing dance inside the bottle. When you rub the ...

Dayaaliniy Nimalan, who conducted 10 experiments in one minute, proves learning is best when it’s hands-on – and a little ...

Don and Brian Cleaver are the father-and-son team from Toms River who launched a Jersey Shore aeronautical adventure into the ...

Have you ever done a science experiment and wondered "What would this be like if it were HUGE?" Welcome to Science Max, the exciting series that turbocharges all the science experiments you've done at ...

They experiment with two ways that vehicles may be driven - energy directly applied to the axle with a wind-up rubber band, and energy that is separate from the axle using balloon-powered propulsion.

The work could be a step toward understanding the effects behind the phenomenon of static electricity, in which electric charge accumulates on materials after they are rubbed or touched together.

A wily Japanese tactic in World War II was to launch balloons carrying small explosive or incendiary bombs in the hope that they would drift across the Pacific and land in the U.S. Some of them ...