So for this science experiment, you get to use the power of the force.
This bending water experiment with a balloon will test your patience, but once you get the hang of it, you won’t stop doing it.
This is an activity that helps kids understand and “see” static electricity.
Note: Some of the links on this page are affiliate links. This means that at no cost to you, we get a referral fee when you click a link and buy a product from a merchant partner. ️
static electricity, balloon experiments, water experiments, chemistry
- a good set of hair
Bending Water In The Gally Kids Headquarters
We got to use the power of the force with this bending water balloon experiment, but it wasn’t one that was easy to master.
This tested our patience and many times, we wanted to give up!
Because for us, this wasn’t as easy and straightforward as others say it is.
This was how the water bent during the first few tries.
Pretty pathetic, huh? Not much of a force in this activity.
What made this work though was rubbing the balloon on our hair for as long as possible. I instructed my child to slowly count to 100 while rubbing the balloon.
And alas that worked. And it was amazing!
Here’s the balloon bending at just the right angle that we wanted it to.
And we couldn’t stop doing it. We even tried a few other things in the house to see which ones worked. The two most successful ones were a bunch of straws and the knitting needle!
Instructions: Bending Water Experiment With A Balloon
- First, blow up the balloon.
- Next, rub it on your hair or a wool material! Rub it for about 30 seconds.
- Now turn on the tap with just a little bit of water flowing through.
- Put the balloon close to the water. And watch it bend.
- Lastly, try other things in the house that could work in the same way as the balloon.
This isn’t magic. It’s static electricity.
When you rubbed the balloon on your hair, it gave it a negative electrical charge.
Now water has a positive charge. And since opposite charges attract each other, when you put the negative-charged balloon close to the water, it attracts the water towards it. And so the water bends.
Watch It On Video
So here’s our short video of this water bending experiment which is found on our Youtube channel.
If you want to be notified next time we put a video out, don’t forget to subscribe. Hope you enjoyed this one!
And if you want to know more about the science behind static electricity, check this other video by TED-ed