This quick experiment only takes a few minutes to set-up, but will probably leave your kids giggling with excitement. Explore Bernoulli’s Principle and have a great time doing it!
We’ve included printable instructions and a demonstration video as well as a scientific explanation of “why it works.”
Note: The air from the hairdryer in this experiment can get hot, so as with every experiment, please use caution as needed.
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Supplies Needed
- Hair Dryer
- Ping Pong Balls
Floating Ping Pong Ball Lab Kit – Only $5
Use our easy Floating Ping Pong Ball Science Lab Kit to grab your students’ attention without the stress of planning!
It’s everything you need to make science easy for teachers and fun for students — using inexpensive materials you probably already have in your storage closet!
Floating Ping Pong Ball Science Experiment Instructions
Step 1 – Take a hairdryer and point it up towards the ceiling and turn it on high speed. Important Note: Always use caution when using the dryer because the blowing air can get hot. If possible, use the cold air setting on the hair dryer.
Step 2 – Place a ping pong ball in the blowing air of the hairdryer and watch it float.
Step 3 – See if you can get two ping pong balls to float at the same time. What about three? Do you think you could get a baseball to float? What about a balloon? There are so many different objects and observations you can make.
Do you know the why you were able to get the ping pong ball to float? Find out the answer in the how does this experiment work section below.
Video Tutorial
Floating Ping Pong Ball Science Experiment
How Does the Science Experiment Work
The floating ping pong ball experiment is a great example of Bernoulli’s Principle. Bernoulli was a Swiss scientist who, in the 1700s, discovered that the pressure of a moving fluid (air or water) is different from the pressure of a fluid (air or water) at rest. Bernoulli’s Principle states that the faster air moves, the less pressure the air exerts.
The ping pong ball will fly up from the hairdryer until it reaches a point that the force of gravity pushing down on the ball is equal to the force of the air pushing up on the ball. The air coming from the hairdryer is moving much faster than the air around it. Because the air is moving faster, it has less pressure than the air around it. The ping pong ball stays within the column of low-pressure air because of the high pressure surrounding it.
Floating Ping Pong Ball Lab Kit – Only $5
Use our easy Floating Ping Pong Ball Science Lab Kit to grab your students’ attention without the stress of planning!
It’s everything you need to make science easy for teachers and fun for students — using inexpensive materials you probably already have in your storage closet!
More Science Fun
Enhance the learning and the fun but attempting to make other objects float. Can you get multiple ping pong balls to float at the same time? Do you think you could get a baseball to float? What about a balloon? There are so many different objects and observations you can make.
I hope you enjoyed the experiment. Here are some printable instructions:
Floating Ping Pong Ball Science Experiment
Materials
- Hair Dryer
- Ping Pong Balls
Instructions
- Take a hairdryer and point it up towards the ceiling and turn it on high speed. Important Note: Always use caution when using the dryer because the blowing air can get hot. If possible, use the cold air setting on the hair dryer.
- Place a ping pong ball in the blowing air of the hairdryer and watch it float.
- See if you can get two ping pong balls to float at the same time. What about three? Do you think you could get a baseball to float? What about a balloon? There are so many different objects and observations you can make.
This really helped me in my project… thanks For this floating ball ⚽️
Yes of course it is also help in my experiment conclusion which is in experiment book .
Thank you for your support and conclusion