Bubble science is a playful and hands-on way to explore real scientific concepts with kids. From understanding surface tension to exploring gas formation, these bubble experiments turn simple ingredients into exciting discoveries. One of the most exciting activities? Bouncing bubbles!
The Science Behind Bubbles
Mix up a homemade bubble solution, grab some gloves, and try these fun bubble science experiments.
Field of Science: Chemistry + Physics
Grade Level: Preschool to 5th Grade
Concepts Explored: Surface tension, gas formation, cohesion, evaporation, air pressure, and states of matter.
Bubbles form when a thin film of soapy water traps air inside. The surface tension of water pulls the film into a round shape, and the soap stabilizes the film, preventing it from popping too quickly. Additives like glycerin or corn syrup make bubbles stronger by slowing down evaporation.
Supplies Needed
- Dish soap
- Water (distilled works best)
- Glycerin or corn syrup
- Bubble wands, straws, or bottles
- Gloves (clean, knit gloves for bouncing bubbles)
- Sock and plastic bottle (for bubble snake)
- Food coloring (optional)
How to Make the Best Bubble Solution
Glycerin Recipe (preferred for bouncing bubbles):
- 1 cup water
- 1/4 cup dish soap
- 2 tablespoons glycerin
Corn Syrup Recipe:
- 1 cup water
- 1/4 cup dish soap
- 2 tablespoons corn syrup
Let the mixture rest for at least 1 hour. For best results, let it sit overnight.
Printable Bubble Solution Recipe & Activity Guide
See how to make bubble solution with glycerin or corn syrup!
Bouncing Bubbles Science Experiment
Can you catch a bubble without popping it? With the right bubble solution and the right materials, you can make bubbles that bounce off your hands!
How to Make Bouncing Bubbles
You’ll need:
- Homemade bubble solution (glycerin works best)
- A bubble wand, baster, or straw
- Clean knit gloves (or soft winter gloves)
Instructions:
Put on the gloves and dip your baster, wand or straw into the solution. Blow a bubble slowly and gently.
Hold your hand out flat and try to catch the bubble. Bounce it gently from hand to hand.
Why Do Bouncing Bubbles Work?
Usually, bubbles pop when they come into contact with your skin because of the oils and dirt that break the surface tension. But when you wear gloves, that layer of protection keeps the bubble from popping. The glove also absorbs moisture and reduces friction, allowing the bubble to rest on the fabric and even bounce a little.
Bouncing Bubbles FAQ
What are bouncing bubbles?
Bouncing bubbles are bubbles that you can catch or bounce without popping—if you wear clean knit gloves. The gloves prevent the bubble from touching the oils and dirt on your skin, which usually causes them to burst.
How do you make bouncing bubbles?
Use a strong bubble solution made with water, dish soap, and either glycerin or corn syrup. Blow a bubble and catch it with gloved hands to make it bounce.
Why do bubbles pop when you touch them?
Your fingers have natural oils and textures that break the surface tension of the bubble. Wearing gloves prevents this by creating a soft, dry surface that won’t break the film.
What gloves work best for bouncing bubbles?
Soft, clean knit gloves work best. Avoid rubber or wool gloves, which may still cause friction or pop the bubbles.
Can you make bouncing bubbles indoors?
Yes! Just be careful of air currents from fans or vents. Indoors is often better for bouncing bubbles because the air is more stable and less dry than outside.
More Fun Bubble Experiments
- Bubble Snake – Blow a long snake of bubbles using a sock and plastic bottle.
- Bubble Painting (STEAM) – Blow colored bubbles onto paper for beautiful prints.
- Bubble Volcano – Combine vinegar, baking soda, and soap for fizzy fun.
- Bubble Sculptures – Build towers of bubbles using straws or pipe cleaners.
- Bubble Shapes – Create square or triangular bubble wands and observe the shapes that form.
Want to stick a skewer through a bubble without popping it? Have a go!
Related Science Activities
- Surface Tension Penny Drop – Explore how many drops of water fit on a penny using cohesion and surface tension.
- Milk Surface Tension Experiment – Use food coloring and dish soap to see surface tension in action on milk.
- Fireworks in a Jar – A beautiful density and solubility experiment using oil, water, and food coloring.
- Oil and Water Science Experiment – Observe why oil and water don’t mix and how surface tension plays a role.
- Lava Lamp Science – Use oil, water, and fizzing tablets to watch bubbles rise and fall.
- Fizzing Lemon Volcano – Combine acid (lemon juice) and base (baking soda) to create a bubbly eruption.
- Dancing Raisins Experiment – Watch how carbonation causes raisins to float and sink in soda—another look at gas behavior.
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