Could enough static electricity make a balloon stick to a wall? How much do you think you ... opposite static charges to build up both on your hair and the balloon. Consequently, when you pull ...

Rub the balloon on your shirt or hair to put a charge on the balloon. Hold the circle of plastic up high and put the balloon underneath it. Let the plastic go and see if you can make it hover using ...

You can have some fun with static electricity! Take an inflated balloon and rub it on your hair. Then put the balloon just above your hair. Nice hairdo! Now, try touching the balloon on other objects.

When you rub your hair with a balloon ... against the common wisdom on static electricity that has prevailed for centuries. The traditional explanation for the balloon experiment goes like ...

Zaps of static ... the balloon stick to the wall, which is now more positively charged than the balloon, according to the Library of Congress. The most powerful display of static electricity ...

Static electricity, also known as contact ... of one material to another — for example, from a plastic balloon to the strands of hair on a child's head. That would cause one material to carry ...

Well, a new kind of robot solves that problem with static electricity ... same kind of electricity generated when rubbing a balloon against your head, making it stick against a wall.

Have you ever seen someone stick a balloon to the wall Just using static ... charge this one up with my hair because your hair is a great source of static electricity. And let's see what happens ...

And it’s all because of static electricity ... When I rub this balloon on a jumper, it becomes negatively charged. Holding it near this uncharged wall, it repels the electrons near the surface ...

Today, we're learning about static electricity ... dust or hair. Understanding the basics of static charge will allow us to hopefully make a plastic ring levitate above a balloon.