Jumping Raisins Experiment for Kids

The jumping raisins experiment is a quick and easy food science activity that lets kids watch raisins rise and fall in a fizzy drink. Tiny gas bubbles attach to the raisins and lift them upward, making them appear to dance in the glass.

This activity is part of our Food Science Experiments for Kids collection where you can explore kitchen chemistry, density, and other hands-on science activities connected to food.

What You Need

• Clear glass or small container
• Raisins
• Sparkling water, soda, or sparkling juice

How to Do the Jumping Raisins Experiment

1. Pour a fizzy drink into a clear glass or small container.
2. Drop several raisins into the glass.
3. Watch closely as bubbles attach to the raisins.
4. Observe the raisins rise to the top of the glass.
5. Watch the bubbles pop and the raisins sink again.

What Happens?

At first, the raisins sink to the bottom. Then tiny gas bubbles from the fizzy drink stick to the rough surface of the raisins. As more bubbles collect, the raisins become easier to lift and float toward the top. When the bubbles pop at the surface, the raisins lose that lift and sink again.

• Raisins sink at first
• Bubbles attach to the raisins
• The raisins float upward
• The bubbles pop
• The raisins sink again

Why It Matters in Cooking

This experiment helps kids understand how gases can affect food and liquids. Carbon dioxide is the same type of gas that creates fizz in soda and sparkling water. Learning about bubbles, gas, and floating helps children connect science ideas to foods they already know.

• Kids see how carbonation works in drinks
• They learn that bubbles can change movement in liquids
• It connects food science to everyday ingredients
• It builds observation and prediction skills for future experiments

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Extension Idea: Dancing Raisins with Vinegar and Baking Soda

You can also create a similar dancing raisins experiment with a simple chemical reaction.

What You Need

• Glass jar
• Handful of raisins
• 4 tablespoons vinegar
• 1 tablespoon baking soda
• Water

How to Do It

1. Fill a jar about three-quarters full with water.
2. Add the vinegar and stir.
3. Drop the raisins into the jar.
4. Ask kids to predict what will happen when baking soda is added.
5. Sprinkle in the baking soda and watch closely.

The vinegar and baking soda reaction produces carbon dioxide gas bubbles that cling to the raisins and lift them up and down in the jar.

Questions to Ask Kids

• Why do the raisins move up and down?
• What happens when the bubbles pop?
• Do bigger raisins jump faster or slower?
• Would other foods like dried cranberries or beans move the same way?

More Ways to Extend the Experiment

• Try different fizzy drinks such as sparkling water, lemon-lime soda, or sparkling juice.
• Test other small foods such as dried cranberries or popcorn kernels.
• Compare larger raisins with smaller raisins.
• See whether cold fizzy drinks work differently from room temperature drinks.

See the Experiment Video

Try These Kitchen Science Experiments Next

If you enjoyed the jumping raisins experiment, try these other fun food science activities using simple kitchen ingredients.