experiment lab explosion

Top 12 Explosive Science Experiments: Ignite Your Curiosity

There’s something thrilling about science experiments that pop, sizzle, and explode. While they must always be conducted with utmost safety, these explosive experiments offer an exhilarating way to explore fundamental principles of chemistry and physics.

Welcome to our list of the top 12, hand-picked exploding science experiments, curated especially for students like you. Brace yourself for mind-blowing chemical reactions, thrilling explosions, and awe-inspiring demonstrations.

These experiments offer an exhilarating blend of entertainment and education, providing an unique opportunity to witness the powerful forces of chemistry in action.

Gear up, embrace the excitement, and let these exploding experiments ignite a lifelong passion for scientific discovery!

Remember, safety is of utmost importance during any scientific experiment.

1. Watermelon Explosion

Beyond the sheer excitement and thrill, this experiment provides a hands-on lesson in pressure, energy transfer, and the scientific principle of potential energy.

So, grab a watermelon, strap on those rubber bands, and get ready for a blast of scientific discovery!

2. Exploding Baggie Burst

With the simple combination of vinegar and baking soda inside a sealed baggie, students can witness the exhilarating moment when the baggie bursts with a loud pop and releases a cloud of gas.

3. Exploding Sidewalk Chalk

Make colorful explosions with the Exploding Sidewalk Chalk experiment! By combining common household materials like sidewalk chalk and vinegar, they can create a fascinating chemical reaction that results in vibrant bursts of color.

4. Water Bottle Popper

Get ready for a popping sensation with the Water Bottle Popper experiment! By combining the forces of air pressure and a quick release mechanism, they can create an exciting burst of energy that launches the cap off a water bottle with a satisfying pop.

Learn more: Water Bottle Popper

5. Colorful Bubble Bombs

Get ready for a burst of colorful and bubbly fun with the Colorful Bubble Bombs experiment! Students should definitely try this engaging and visually delightful activity.

Learn more: Colorful Bubble Bombs

6. Big Toothpaste Eruption

Get ready for a massive eruption of fun with the Big Toothpaste Eruption experiment! Students should absolutely try this engaging and visually stunning experiment.

It’s a fantastic way to foster a love for science, spark curiosity, and learn about the wonders of chemical reactions in a playful and memorable way.

7. Multi-Colored Volcano

Get ready to unleash a vibrant explosion of colors with the Multi-Colored Volcano experiment! By combining baking soda, vinegar, and a variety of colorful substances like food coloring or powdered paint, they can create an extraordinary eruption that paints the volcano in a mesmerizing array of hues.

Learn more: Multi-Colored Volcano

8. Water Bottle Rockets

Prepare for a thrilling blast-off with the Water Bottle Rockets experiment! Students should absolutely try this exhilarating and hands-on activity. By constructing their own rockets using simple materials like plastic bottles, fins, and a pressurized air source, they can witness their creations soar into the sky.

9. Milk Color Explosion Science

Get ready for a mesmerizing explosion of colors with the Milk Color Explosion experiment! Students should definitely try this captivating and visually stunning activity.

By combining milk, food coloring, and dish soap, they can witness an extraordinary display of swirling, vibrant colors bursting to life right before their eyes.

10. Microwave Ivory Soap

Get ready for a foamy explosion with the Microwave Ivory Soap experiment! Students should definitely try this exciting and hands-on activity.

By placing a bar of Ivory soap in the microwave, they can witness an astonishing transformation as the soap rapidly expands into a fluffy cloud of foam.

11. Exploding Lava Science Bottle

Get ready for an explosive and mesmerizing adventure with the Exploding Lava Science Bottle experiment! Students should absolutely try this captivating and hands-on activity.

Learn more: Exploding Lava Science Bottle

12. Exploding Rainbow Easter Egg

Students can experiment with different colors and proportions to create their own unique bubble bombs. It’s a hands-on and interactive way to learn about the wonders of chemistry while enjoying a playful and colorful experience.

Learn more: Exploding Rainbow Easter Egg

12. Exploding Pumpkin

Get ready for an explosion of colors with the Exploding Rainbow Easter Egg experiment! Students should definitely try this exciting and visually captivating activity.

Learn more: Exploding Pumpkin

Similar Posts:

• 68 Best Chemistry Experiments: Learn About Chemical Reactions
• Top 100 Fine Motor Skills Activities for Toddlers and Preschoolers
• 37 Water Science Experiments: Fun & Easy

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Explosive Science Experiments for Kids

March 20, 2023 By Emma Vanstone Leave a Comment

Is there anything more fun than an explosive science experiment ? This collection of explosive, fizzy and sometimes messy science activities is sure to appeal to even the most reluctant little scientist s, and the kids who love science already will REALLY enjoy erupting volcanoes, launching rockets and generally just doing awesome science at home.

Exploding science experiments

Erupting soda geyser.

The most well known explosive experiment is probably the infamous coke and mentos eruption ! This science experiment is a must-try for everyone and always leads to shrieks of joy as the geyser of coke shoots into the air.

My top tip is to add the mentos as quickly as possible. If you’re struggling to get it to work well, try the extreme geyser tube from Steve Spangler.

Exploding watermelon

123 Homeschool 4 Me has a fantastic exploding watermelon , which looks impressive, but do take care, as it will explode with a bang!

Film canister rocket

Film canister rockets are always fun, but they fly quickly, so stand back immediately. Before starting, it’s a good idea to use chalk to mark out a safe observation area on the ground and ask an adult to add the ingredients to the canister and place it on the ground.

Experiment with different combinations of vinegar and baking soda to make this an investigation.

Elephant Toothpaste

Another fun, explosive science experiment to try with kids is making elephant toothpaste . It’s a big reaction that looks amazing! We wouldn’t recommend going for the elephant toothpaste world record , though.

To kick the fun up a notch, instead of a single colour elephant toothpaste, try a rainbow toothpaste explosion ! Talk about an amazing visual effect!

Water bottle popper

If you are short on materials, you can set up an explosive science experiment with a single water bottle to make the bottle cap pop out from the bottle.

Exploding lolly sticks

A popsicle stick chain reaction is one of the best exploding science experiments. All you need are craft sticks or popsicle sticks, and the explosion is incredible, although setting it up does take a bit of patience.

Baking soda potions

Erupting potions in a test tube or beaker made with baking soda and vinegar is always fun! We like to make witchy potions for Halloween , love potions for Valentine’s Day and fairy potions for any time of year.

Splatter patterns

Experiment with water balloons or balloons filled with paint and create different patterns. Watching the splatter patterns change depending on where you drop them from is great fun and a fab science investigation for kids.

Erupting soap

Erupting soap is yet another classic and well known explosive science experiment to add to the list! This is also one of those rare experiments with a single ingredient – ivory soap!

Similar to erupting soap, exploding peep geysers also need a microwave. We love a little twist with ghost peeps, and it would make this experiment perfect for trying around Halloween. If you don’t have peeps where you are, an ordinary marshmallow will work just as well.

Erupting baking soda volcano

A simple tweak can turn an ordinary erupting volcano experiment into a fun multicoloured volcano ! Let kids make their own volcano from scratch to extend the activity further.

Another spin on a classic volcano science experiment is an ice volcano . These are perfect for bringing outside on a hot summer day!

Let us know if you have any ideas for more explosive experiments, we can try!

Don’t forget I have 100s more fun, exciting and FREE science experiments for kids to try too, so if you don’t fancy any of these, do take a look around, and hopefully, one of my other experiments will be what you’re looking for.

Last Updated on June 10, 2024 by Emma Vanstone

Safety Notice

Science Sparks ( Wild Sparks Enterprises Ltd ) are not liable for the actions of activity of any person who uses the information in this resource or in any of the suggested further resources. Science Sparks assume no liability with regard to injuries or damage to property that may occur as a result of using the information and carrying out the practical activities contained in this resource or in any of the suggested further resources.

These activities are designed to be carried out by children working with a parent, guardian or other appropriate adult. The adult involved is fully responsible for ensuring that the activities are carried out safely.

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How to Make an Explosion

Last Updated: May 13, 2024 Fact Checked

Baking Soda & Vinegar

Hydrogen peroxide, soap & yeast, diet coke & mentos, expert q&a.

• Things You'll Need

This article was co-authored by Bess Ruff, MA and by wikiHow staff writer, Eric McClure . Bess Ruff is a Geography PhD student at Florida State University. She received her MA in Environmental Science and Management from the University of California, Santa Barbara in 2016. She has conducted survey work for marine spatial planning projects in the Caribbean and provided research support as a graduate fellow for the Sustainable Fisheries Group. There are 12 references cited in this article, which can be found at the bottom of the page. This article has been fact-checked, ensuring the accuracy of any cited facts and confirming the authority of its sources. This article has been viewed 249,682 times.

To call it an experiment would be incorrect (you are doing a demonstration!) but no matter what you call it, an explosion is a great way to have fun with science. Whether you're looking for a science fair project or you want to just have some fun and use your brain, we'll walk you through 4 cool ways to create a DIY explosion.

How to Create an Explosion

• Put some baking soda in a cup and slowly pour distilled white vinegar into it for a classic explosion.
• Fill a bottle 1/4 full with hydrogen peroxide, then add a squirt of dish soap, some food coloring, and a mixture of yeast and water for a vibrant explosion!
• Cut up a bar of Ivory soap, then microwave it for 90 seconds for a slow and riveting bubbly blast.
• Drop a Mentos into a bottle of Diet Coke for a foamy soda geyser.

• The more baking soda you use, the more powerful the reaction will be.
• This is the classic volcano experiment that many people are familiar with. If you want to make a volcano, set a paper cup down and use modeling clay to form the body of the volcano around the cup.

• If you pour too quickly, the reaction will cause a serious mess.
• White vinegar can be a skin irritant, so try to avoid getting wet as your explosion goes off.
• Baking soda and vinegar react because vinegar is an acid and baking soda is a base. The combination creates an explosion burst of carbonation that causes the vinegar to bubble up and expand.

• Set up your demonstration in an area that will be easy to clean up.

• Use a funnel and get help from an adult if you’re worried about making a mess.

• The yeast and the hydrogen peroxide will combine to make an explosion of foam. The dish soap helps capture the oxygen to enable the explosion to take place. Be careful, this reaction is exothermic, which means it creates heat. [9] X Research source

• Unscented Ivory soap is unique because it’s almost entirely pure soap (in the sense that it’s just raw fat and oil, which is actually what soap is!). Because it’s so pure, the air pockets inside of the soap will expand when you heat it.

• Depending on the strength of your microwave, you may need to heat it for a little longer (or a little shorter) to get it this to work.

• Depending on how long you heat the soap, it will eventually “pop.” If you want to make cleanup easy, open the microwave door before it looks like the soap is going to burst.

• Clean the microwave with dish soap and water to remove any soap residue.

• This is probably the messiest way to make an explosion, so be sure to work in an area that is easy to clean up! If possible, do this outside.
• You can actually do this experiment with any soda, but the aspartame levels in Diet Coke and Diet A&W Root Beer are very high. Aspartame is a key ingredient in the explosion, so your results may be lacking if you choose a soda other than Diet Coke or A&W. The lack of sugar also makes cleanup a lot less sticky! [16] X Research source
• Use a brand-new soda. A flat soda will make a less impressive explosion.

• Do not use dry ice to create a pressurized explosion. This is extremely dangerous and it’s actually a felony to even attempt this in most states. [19] X Research source Do not attempt to use liquid nitrogen, either. This is equally dangerous and illegal. [20] X Research source Thanks Helpful 1 Not Helpful 0
• Schools used to perform the volcano experiment with ammonium dichromate (also known as chromic acid or diammonium salt), but this is no longer done for a reason. Ammonium dichromate is a poisonous gas and is now known to be a carcinogen. [21] X Research source Thanks Helpful 1 Not Helpful 0

Things You’ll Need

• Baking soda
• Rubber gloves
• Protective eyewear
• Distilled white vinegar

Hydrogen Peroxide

• 30% Hydrogen peroxide
• Food coloring
• Dried yeast
• Unscented Ivory soap

Diet Coke and Mentos

• Diet Coke or Diet A&W root beer
• Original Mentos or rock salt

You Might Also Like

• ↑ https://www.jpl.nasa.gov/edu/learn/project/make-a-volcano/
• ↑ https://www.education.com/science-fair/article/hydrogen-peroxide-and-yeast/
• ↑ https://www.scientificamerican.com/article/what-is-an-exothermic-rea/
• ↑ https://chemistrycachet.com/uses-of-ivory-soap/
• ↑ https://happyhooligans.ca/ivory-soap-microwave-experiment/
• ↑ https://www.acs.org/education/whatischemistry/adventures-in-chemistry/experiments/mentos-diet-coke.html
• ↑ https://www.thoughtco.com/does-mentos-trick-work-with-regular-coke-604155
• ↑ https://www.auburn.edu/academic/cosam/departments/chemistry/outreach/MSP_AU_web/documents/AJP_2008_diet_coke_mentos_Coffey.pdf
• ↑ https://www.acs.org/content/acs/en/education/whatischemistry/adventures-in-chemistry/experiments/mentos-diet-coke.html
• ↑ https://www.capitol.hawaii.gov/sessions/session2010/Bills/HB2271_.HTM
• ↑ https://www.mtu.edu/physics/research/safety/pdfs/liquid-nitrogen-safety.pdf
• ↑ https://www.nj.gov/health/eoh/rtkweb/documents/fs/0097.pdf

About This Article

To make an explosion, one fun way is to place a 2-liter bottle of Diet Coke in an open space and drop Mentos or rock salt into the bottle. Then, stand back and watch the soda shoot into the sky. Another easy method is to fill a plastic bottle halfway with warm water, drop a few chunks of dry ice in and cap the bottle. However, you should only do this experiment if you’re an adult, since the explosion can be dangerous for anyone nearby. You should also make sure the bottle is pointing upwards to avoid hitting anyone. In addition to pointing the bottle upwards, it's important to keep everyone well away from the explosion to keep them safe. For more tips from our Science co-author, including how to make an explosion using liquid nitrogen, read on! Did this summary help you? Yes No

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A controlled explosion using hydrogen and air

In association with Nuffield Foundation

• No comments

Show how a hydrogen–air mixture can gain explosive properties using a plastic drink bottle in this demonstration

In this experiment, students observe as a large fizzy drink bottle, from which the base has been removed, is filled with hydrogen. The hydrogen is allowed to burn at a small jet in the stopper of the bottle. As the hydrogen–air mixture changes in composition, an explosive mixture is reached, which students can witness exploding with a load bang.

This simple demonstration can be used for fun, such as on open days, or to provide an illustration of the effect of composition of a flammable gas and air mixture on its explosive properties. The experiment can also be linked to domestic gas explosions, along with this similar demonstration using methane to create an explosion inside a tin can .

It can also be used to introduce the idea of the conversion of chemical energy into heat, light, sound and kinetic energy in the context of fuels.

The time for carrying out the demonstration should be about ten minutes.

• Eye protection for the demonstrator
• Ear protectors for the demonstrator
• Safety screens, x2
• ‘Fizzy’ drink bottle, 1 dm 3 , no larger (see notes on setting up the apparatus below)
• One-holed bung, to fit bottle
• Short length of glass tubing, about 5 cm, to fit in bung (see notes on setting up the apparatus )
• Short length (about 5 cm) of rubber tubing, to fit glass tube (see notes on setting up the apparatus )
• Hoffman or screw clip, for rubber tubing
• Gas delivery tube
• Large plastic or glass trough, for collecting gas over water
• Boss, clamp and stand
• Wooden splints (see note 4 below)
• A source of hydrogen gas (EXTREMELY FLAMMABLE): cylinder and regulator fitted with a length (about 50 cm) of rubber tubing

Health, safety and technical notes

• Read our standard health and safety guidance.
• Wear eye protection throughout.
• Hydrogen, H 2 (g), (EXTREMELY FLAMMABLE) – see CLEAPSS Hazcard HC048 . It is recommended that this demonstration is only attempted using hydrogen from a cyclinder and not hydrogen from a chemical generator because of the difficulty of generating the gas fast enough to flush the air out of the apparatus reliably.
• Some teachers may prefer to light the gas with using a wax taper or candle attached to the end of a metre rule. It is useful to have a Bunsen burner lit some distance from the can, for lighting the splint, taper or candle. If the tin or bottle has not been completely flushed with hydrogen or some air has re-entered the tin (likely if there is a delay between filling the tin and igniting the gas), the explosion can occur immediately on igniting the gas. The demonstrator, and the class, should be prepared for this.

Setting up the apparatus

Cut the bottom off the drinks bottle and replace the cap with a bung carrying a short length of glass tubing to which is attached a short length of rubber tubing and a clip – see the diagram below. The glass tube must not protrude into the bottle beyond the bottom of the bung.

In the past a large (500–750 g) tin can with a press-on lid (such as a catering size instant coffee tin) has often been used for this demonstration. Such tins are harder to find nowadays. If such a tin is used, then a small (about 4 mm in diameter) hole must be made in the lid, and a larger (about 1 cm diameter) hole in the base. Another alternative is a cardboard container fitted with a plastic lid (such as a Pringle crisp container). In both cases the container must be filled with hydrogen by inserting the delivery tube into the hole in the base and allowing at least one minute to ensure that all the air has been flushed from the container. The hole in the lid should then be sealed with a small piece of plasticine or flexible adhesive material (such as Blu-Tak). The container should then be placed on a tripod or clamped with some clearance below. Take care not to site it underneath light fittings that could be damaged by the flying lid.

Source: Royal Society of Chemistry

How to demonstrate a controlled explosion using hydrogen and air in a laboratory

Make sure the rubber tubing is an airtight fit, but it can be prised off easily before the gas is ignited. If the glass tube is too narrow, it may not support the flame as it ‘backfires’ down the tube into the bottle.

• Fill the trough with water and clamp the bottle in position with its bottom well below the water level. Place a safety screen between the bottle and the class, who should be at least 2 m away. Provide protection for the demonstrator with a second screen.
• Fill the bottle with water by opening the clip and sucking up water from the trough until it is just below the glass tube in the bung. Tighten the clip sufficiently to prevent the water level dropping.
• Fill the bottle with hydrogen, using the delivery tube, until bubbles start to escape from the bottom. Shut off the hydrogen supply and move it away
• Raise the clamp holding the bottle so that the trough can be slid away. Re-tighten the clamp. Light a splint and, holding it in one hand, remove the rubber tubing and clip from the bottle with the other hand. Ignite the hydrogen escaping from the top of the tube and step back from the bottle. The gas should burn with a small flame, which may be yellow at first, then turn blue and be almost invisible in daylight. After about 20–30 seconds the flame will decrease in size and appear to go out. Shortly afterwards there will be a loud explosion. (If a tin or cardboard tube is used – see notes on setting up the apparatus – the lid will fly into the air.)

Teaching notes

The reaction occurring is the combustion of hydrogen to form water:

2H 2 (g) + O 2 (g) → 2H 2 O(g)ΔH = –484 kJ mol –1

The energy released appears as heat, light, sound and kinetic energy, similar to the situation in an internal combustion engine. Mixtures of air and flammable gases usually have quite narrow explosive limits but hydrogen-air mixtures are explosive over a much broader range (4–77 mol% hydrogen).

Archival footage of the explosion of the hydrogen-filled airship ‘Hindenburg’ in 1937 could add interest here. This explosion would have been much more serious but for the fact that because of hydrogen’s very low density, most of the flames swept rapidly upwards rather than spreading sideways and downwards.

The source of the energy for this reaction could be discussed, with a suitable group, in terms of the breaking and making of bonds.

In view of the current interest in fuel cells as a source of energy for vehicles, it could be pointed out that a hydrogen fuel cell extracts the energy from this reaction in the form of electricity, rather than explosively in the form of heat. This electrical energy can be used much more efficiently to propel a vehicle than the equivalent amount of heat energy.

Additional information

This is a resource from the  Practical Chemistry project , developed by the Nuffield Foundation and the Royal Society of Chemistry. This collection of over 200 practical activities demonstrates a wide range of chemical concepts and processes. Each activity contains comprehensive information for teachers and technicians, including full technical notes and step-by-step procedures. Practical Chemistry activities accompany  Practical Physics  and  Practical Biology .

The experiment is also part of the Royal Society of Chemistry’s Continuing Professional Development course:  Chemistry for non-specialists .

© Nuffield Foundation and the Royal Society of Chemistry

Health and safety checked, 2016

• 11-14 years
• 14-16 years
• 16-18 years
• Demonstrations
• Reactions and synthesis

Specification

• A reaction or process that releases heat energy is described as exothermic.
• In combustion, a substance reacts with oxygen releasing energy.
• Hydrocarbons and alcohols burn in a plentiful supply of oxygen to produce carbon dioxide and water.
• Equations can be written for the complete combustion of hydrocarbons and alcohols.
• Fuels burn releasing different quantities of energy.
• Chemical reactions can result in a change in temperature. Exothermic and endothermic reactions (and changes of state).

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25 Spectacular Explosion Experiments for Kids

July 14, 2022 Mary Malcolm

Do you want to have fun while learning with your kids? Encourage your child’s love of learning with these awesome and fun Science experiments with explosion!

These easy science experiments are great, and often don’t require much more than common household items or simple ingredients. Nor do they require complex science kits or anything of the sort. instead they are just fun science activities and cool science experiments which any kid will gawk at! after all, is there anything better then explosions?

These 25 Spectacular Explosion Experiments for Kids are so much fun that your kids won’t even know they are learning. Between exploding apples and erupting ice, there is enough fun here to last for weeks! Encourage that love of science with these awesome and simple experiments. Enjoy!

25 Bright And Spectacular Science Experiments with Explosions For Kids Of All Ages

1. mind blowing water bottle popper experiment.

In this simple experiment by Housing A Forest, your child will watch a bottle blow its top …just by twisting it! With this simple trick, the kids will be so amazed!

2.Awesome Erupting Dinosaur Eggs Experiment For Science Fair

Your little paleontologists will love hatching these erupting dinosaur eggs by Parenting Chaos. Some of the items needed are baking soda, cup of water, cup of vinegar, coffee grounds, sand and green food dye or Kool-Aide. Your children would love to learn more about prehistoric dinosaurs through this spectacular experiment!

3. Big Bursting Elephant Toothpaste Experiment

Abraca-xplosion! With just a handful of household ingredients like yeast, 3 tablespoon of water, bottle, hydrogen peroxide, dish soap and food colouring, you and your child can make elephant toothpaste by Hallecake. But be careful with the big mess this explosion could make inside the house!

4. Cool Alternative Explosion Experiment

Volcanoes are so yesterday. Today’s kids are all about alternative explosions by Little Bins for Little Hands…like this apple. You won’t believe how far the core flies! This lowkey helps your children learn about rocket science.

5. Colored Vinegar OR Water Explosion Experiments

Instead of a simple vinegar and water explosion, why not add food coloring and make this art by Learn Play Imagine Blog! Just imagine how happy your kids will be with these colorful explosions!

6. Exploding Eggs For Easter Science Experiment

This egg not only bounces, it explodes ! You won’t believe how it’s done, either. This spectacular experiment by Momma’s Fun World will be so fun to do after Easter Egg Hunting. What a blast!

7. Stunning Glow In The Dark Explosions Experiment

With just the right ingredients added to the bag, you can make this unbelievably pretty glow in the dark explosions by Growing a Jeweled Rose! Enjoy with your kids this spectacular sight to see! This makes for an excellent science lesson for the classroom, and can set students on a course to become STEM masters!

8. Colorful Erupting Sidewalk Chalks Experiment

Don’t just draw on sidewalks, use erupting sidewalk chalk by Learn Play Imagine and watch the watercolors come to life. This awesome experiment will leave you wanting for more!

9. Wonderful Color Exploding Gelatin Bombs

The color gelatin bombs by Fun At Home With Kids are gorgeous as they fizz. How many colors will your children want to make?

10. Dropping and Exploding Colorful Paint-Filled Balloons

For a really big bang, add paint to a balloon and drop it by Science Sparks on a hard surface. The splatter is amazingly fun and your kids will love mixing the colors. This mixture of colors makes for a spectacular end result. It’s like a color tornado!

11. Play Exploding Carwashes With Your Kiddos

Washing cars is fun, but exploding carwashes are awesome fun. Give your kids a fizzy day and they won’t forget to use this amazing experiment by What Do We Do All Day Blog. this fun kitchen science experiment is great for demonstrating chemical reactions and other chemistry concepts!

12. Get Excited With These Magnificent Exploding Treasure Chests!

You can hide coins and jewels in these ‘ treasure chests ‘ by Fun-A-Day and your kids will be so excited to discover the hidden secrets.

13. Exploding Colorful Fireworks Experiment

These exploding fireworks by Toddler Approved make gorgeous artwork that you and your children will want to hang in your house. This vinegar experiment makes for a beautiful result, it almost looks like melted skittles or glitter!

14. Dazzling Fizzy Exploding Paint Art

Let the kids draw on the sidewalk with this paint, and instead of washing it away you can use vinegar to make it fizz up. They’ll love this fizzy paint art Kids Activities Blog!

15. Watch These Marvelous Glow In The Dark Explosions Experiments

Glow in the dark explosions by Growing a Jeweled Rose are awesome to watch, especially when they keep going, and going, and going… Close all the lights and let the fun begin! Turn a bowl into a volcano to make an explosion of colored water and bubbles!

16. Microwave Ivory Soap and Make Explosive Fluffy Foam

Do you know when you microwave Ivory soap you get this? This explosion of fluffy foam by Kids Activities Blog is as soft as cloud and it only takes a little soap to make this huge pile of fluff. This fun physics activity is great at demonstrating how density changes

17. Enjoy Playing With These Stunning and Exploding Frozen Ice Volcanoes

Frozen ice volcanoes by Reading Confetti are fun to explode…especially on hot summer days. Those little scientists who love ice will be so excited to make this!

18. The Most Popular Exploding Mentos Candies Geyser Experiment

You’ve probably already seen the classic Mentos geyser , but have you tried it yet? Seriously, you have to try it. This explosion experiment by I Can Teach My Child a blast. Whatch the Coke go from liquids to a bubbly explosion! Just be ready with some paper towels!

19. Unique And Easy To Make Milk Colors First Explode

Your child is going to be amazed when they see milk colors first explode by Mess For Less, then fill up the container. It’s so easy to make, kids of all ages can do this.

20. Stunning And Cool Peep Geyser Experiment

Maybe you’ve microwaved one Peep before, but did you know you can make a Peep geyser by Housing A Forest when you add a bunch of them to a container? It’s so cool to watch with your kids!

21. Breathtaking Rainbow of Explosions

For those especially colorful kiddos, you can make a rainbow of explosions by She Knows. You could mix the colors to make it more fun!

22. Blow Up A Glove By Putting Pop Rocks Into Soda Experiment

When you add pop rocks to a bottle of soda it creates enough of a gas that you can blow up a glove. This experiment by Lemon Lime Adventures could trickle into the imagination of your kids. How fun is that?

23. Show Your Kids These Extravagant Exploding Geysers!

Add some sparkle to your exploding geysers and the glittery fun will look almost like fireworks. It will be so much fun to pop the bubbles formed on top of this spectacular experiment by Preschool Powol Packets. Great for teaching capillary action!

24. Awesome and Cool Erupting Watermelon Using Kool-Aid

This erupting watermelon experiment by Learn Play Imagine is awesome because it doesn’t use any vinegar to make it explode! The sweet smell of Kool-Aid will make your kids enthusiastic!

25. Make this Exploding Slime With Your Children

Normal explosions are tons of fun, but once this one explodes, it becomes slime. Seriously. This Exploding slime by E is for Explore is about taking things to the next level!

More Bright And Fun Experiments From Play Ideas

• Get ready for Halloween with these Halloween science experiments .
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• The Winter is Coming! Have fun with these exciting winter experiments here .
• Edible science experiments are the best just because kids can EAT it!
• Summer could be so hot, the best thing to ease the heat is to let the your little ones have fun playing with ice .
• Preschoolers will have fun with these balloon experiments .
• Who says science experiments can’t be silly? Laugh a lot with these silly and funny science experiments here .
• Here are some fun shaving cream science experiments and activities you can do at home and with the kids.
• Kids will love these imaginative vegetable crafts, experiments and activities . Perfect for toddlers, preschoolers and kindergartners.

Which of these experiments helped your kids learn more?

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Fun Exploding Science Experiments

Preschool Science Activities for Firetrucks

Come on! What can be better than a science experiment that goes POW! Explosions are not only very cool, they are very instructive as well. Students can learn fundamentals of physics and chemistry while being fascinated and entertained. Use these three demonstrations to teach basic principles of gasses, pressure, chemical reactions and diffusion.

TL;DR (Too Long; Didn't Read)

While these are fairly low-energy demonstrations, safety is still paramount. Make sure everyone is at a safe distance.

Soda Pop Geyser

Teach kids about how pressure builds until it has to explode. This is a simple project that can be a bit messy, so it is best done outdoors on a nice day. This particular experiment is great for kids ages 10 to 14, however, the younger and older ones will get a kick out of it, too. Get a 2-liter bottle of soda and a package of Mentos candies. Set the bottle in an open area. Make sure everyone stands way back from the soda bottle. Open a brand new 2-liter of soda. Use a hammer and a nail to make a hole in the cap. Drop in six of the Mentos into the soda and quickly replace the cap. Move away from the bottle. Watch for the soda to shoot up in the air to form a geyser.

Explain to the kids that the candies react with the carbonation in the soda to release gas that builds up pressure in the bottle. When the pressure becomes too great, the gas spurts out of the bottle and carries some of the soda with it in the form of a geyser. This experiment shows kids what happens when there is too much pressure inside something.

Liquid "Fireworks"

You can create your own simulated fireworks in your classroom without the danger or the messy explosion. This project is good for students in middle school learning about diffusion, which is the gradual mixing of two or more substances. Get a large, clear jar that all of the students can easily see. Fill the jar about two-thirds full of water. Add 2 tbsp. of oil into a small bowl, add 8 to 10 drops of red, blue or green food coloring and mix well. Pour the oil mixture into the water. Watch for a mini-fireworks display when the food coloring separates from the oil and diffuses into the water.

Baking Soda Explosion

This is another good project for middle schoolers to do outdoors. Put 3 tsp. of baking soda in the middle of a tissue and twist the tissue closed to hold the baking soda inside. Put one-quarter cup of warm water into a "zip lock" plastic sandwich bag and then add 1/2 cup of vinegar. Drop the tissue and baking soda in the plastic bag and quickly zip it closed. Sometimes it is easier to partially close the bag and then put the tissue in it. Watch as the tissue dissolves in the water and releases the baking soda. It reacts with the vinegar making carbon dioxide. The gas keeps expanding in the bag until it has nowhere else to go and, POW!, the bag bursts open in a small but impressive explosion.

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• Madsci.org: Soda Geyser
• Education.com: Liquid Fireworks

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Hydrogen Balloon Explosion Experiment

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 One of the most impressive chemistry fire demonstrations it the hydrogen balloon explosion. Here are instructions on how to set up the experiment and perform it safely.

• small party balloon
• hydrogen gas
• candle taped to the end of a meter stick
• lighter to light the candle

The Chemistry

Hydrogen undergoes combustion according to the following reaction:

2H 2 (g) + O 2 (g) → 2H 2 O(g)

Hydrogen is less dense than air, so a hydrogen balloon floats in much the same way as a helium balloon floats. It's worth pointing out to the audience that helium is not flammable. A helium balloon will not explode if a flame is applied to it. Further, although hydrogen is flammable, the explosion is limited by the relatively low percentage of oxygen in the air. Balloons filled with a mix of hydrogen and oxygen explode much more violently and loudly.

Perform the Exploding Hydrogen Balloon Demo

•  Fill a small balloon with hydrogen. Don't do this too far in advance, since hydrogen molecules are small and will leak through the wall of the balloon, deflating it in a matter of hours.
• When you are ready, explain to the audience what you are going to do. While it's dramatic to do this demo by itself, if you want to add educational value, you can perform the demo using a helium balloon first, explaining that helium is a noble gas and therefore unreactive.
• Place the balloon about a meter away. You may wish to weight it to keep it from floating off. Depending on your audience, you might want to warn them to expect a loud noise!
• Stand a meter away from the balloon and use the candle to explode the balloon.

Although it is easy to produce hydrogen gas in the lab, you'll want compressed gas to fill the balloon.

This demonstration should only be performed by an experienced science teacher, demonstrator or scientist.

Wear the usual protective gear, such as goggles, lab coat, and gloves.

This is a safe demonstration, but it's advisable to use a clear blast shield for any fire-related demonstrations .

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8 Explosive Experiments You’ve Gotta Try With Your Kids

My son had his birthday over the summer. Because of COVID, this meant that he, like many others, celebrated his birthday in quarantine. He wanted to do nothing else but a bunch of science experiments for kids to do at home. Scrolling through Pinterest together, I realized every single experiment he wanted to pin had something in common: explosions.

This might sound daunting, but I assure you, it’s all super safe albeit a little lot messy. It was definitely out of my comfort zone , but once I got my hands in it, I realized it wasn’t as bad as I expected. Plus, the laughter and joy on my son’s face made it all worth it. We also learned a few things on the way! Here are 8 simple explosive experiments you need to try with your kids. For your sanity, I listed the experiments in order from least to most messy. You’re welcome.

Of all science experiments for kids to do at home, this is the least messy. It is contained in a glass, but it will have your child mesmerized! Simply fill a glass half-way with water and add food coloring of your choice. Stir it up. Then, fill the rest of the glass with vegetable oil. Have the child drop an Alka-Seltzer tablet into the glass. The Alka-Seltzer reacts with the water droplets to make carbon dioxide, causing them to rise to the top of the glass. When the reaction stops, your child can throw another tablet in and watch it all over again!

Baking Soda and Lemon Juice Tray

Spread baking soda across a tray (we used a cookie sheet). Pour drops of food coloring and soap around the tray. Don’t worry about mixing it up. Let your child squirt lemon juice drops onto the baking soda. The bottled kind of lemon juice works well for this. The citric acid of the lemon juice will react with the baking soda creating carbon dioxide. The soap will trap the gas causing more fizz!

Playdough Volcano

Let your child mold a volcano out of playdough around a small cup or container on a plate. Pour some vinegar through the top of the playdough volcano into the cup along with your child’s food coloring of choice. Pour a tablespoon of baking soda into the volcano. When your child is ready, let him or her pour the colored vinegar into the volcano with the baking soda. The vinegar reacts with the baking soda to produce carbon dioxide and since out the top is the only place for it to go, that’s where all the action happens!

Elephant Toothpaste

There are a few variations of this experiment on the web, but we chose to do the simplest one that is safe for the kids to mess around with. Place an empty water bottle on a tray. Measure half a cup of 3 percent hydrogen peroxide and pour it into the bottle along with a big squirt of dish soap. Swish gently to mix. In a separate bowl, mix a tablespoon of yeast with three tablespoons of warm water until pasty. Pour the yeast mixture into the bottle, quickly remove the funnel, and stand back! The hydrogen peroxide reacts with the yeast, producing a gas that gets trapped by the soap. The result is a foamy reaction that spills out from the top of the bottle! Though it resembles toothpaste, DO NOT attempt to use it as such.

Ivory Soap Explosion

This was the simplest of all the experiments we tried! All you need to do is place a bar of Ivory soap on a microwave-safe plate and microwave for two minutes. Just make sure the plate is large to prevent any spillage. I have never heard my kids squeal with so much delight staring at the microwave! After letting the soap cool off, we let them play with the exploded soap and feel its flakey texture. Though this is technically a clean experiment (it is soap, after all), it is probable that you’ll need to clean your microwave afterward.

Exploding Bags

You’ll want to take this experiment outside . Fill a tissue with a tablespoon of baking soda and fold it so that it’s packaged like an envelope. Fill a zip-lock sandwich baggie with a half cup of water and a fourth of a cup of vinegar. Seal the bag, but leave enough room to drop the tissue in. Drop the tissue into the bag and quickly seal up the rest of the bag. Give it a little shake and step away. The baking soda and vinegar will react and produce carbon dioxide, inflating the bag and, eventually, bursting it!

Bottle Rockets

This is experiment is similar to the last one, but it uses the force of the explosion to propel a rocket up to 20 feet in the air! You’ll need a 2-liter bottle outfitted with a stabilizer. We snapped together markers and used duct tape to secure them to the top of the bottle. Make sure they are all even and leave enough room at the spout so that when it’s upside down, it is stable without the spout touching the ground. You’ll also need something to secure the spout. You will not want to use the original screw-on lid for this experiment. We used a cork that was thick enough to secure the top. Fill your bottle with a few inches of vinegar, take your baking soda-filled tissue and slide it into the bottle, but hold it at the spout. When placing the cork over the spout, secure part of the tissue around the cork so that you’ll have enough time to secure the bottle and turn it over before the reaction starts. Give it a little shake, flip the bottle cork-side down, and step away! The force of the gas will shoot the cork out and propel the bottle up into the air. We went through a whole bottle of vinegar and baking soda doing this again and again!

Diet Coke and Mentos

Have you really lived if you haven’t tried the Diet Coke and Mentos trick? This is one of the classic science experiments for kids to do at home! Just a 2-liter of Diet Coke and a sleeve of Mentos is what you need. Don’t do this one indoors unless you’re up for mopping your ceiling. Just open up the bottle and slide the Mentos out of the packaging and into the bottle of soda. You’ll want them to drop in quickly one after another. Then move away quickly and watch in amazement as the foamy soda shoots out the top!

Do you have any good science experiments for kids to do at home? Share them in the comments! And now that you’re all messy, why not try a “No Rules Night?”

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Safe explosion demonstrations

As an end of high school treat, my class is trying to convince our chemistry teacher to make an explosion as a demonstration. What sort of reactions are beautifully explosive but safe enough to do in a school lab environment, when performed by a teacher who knows what they're doing?

• teaching-lab

4 Answers 4

From our friends at Periodic Videos, the following come to mind:

Gun cotton , more precisely known as nitrocellulose, which is a very simple nitration that you could show prior to the pyrotechnics.

Sodium and Potassium are also good, though you may not always get an explosion, depending upon the available hydrogen above the metal. Which suggests...

Hydrogen ! This is the classic explosion in oxygen. In fact, on a small scale, the electrolysis of water into hydrogen and oxygen can be used to show that the mixture of these gases is very explosive. But keep it small!

All of these experiments avoid outright explosives, which seems prudent in a high school setting.

• 4 $\begingroup$ In my high school chem class we filled plastic pipette bulbs with different ratios of H2 and O2 made by H2O electrolysis, then jammed them on a partially disassembled kitchen lighter. When we pulled the trigger on the lighter, it would spark and ignite the gases, blowing the bulb down the hall. Measured the distance each ratio of gas would produce and determined ideal ratio of H2 to O2. So these demonstrations can be more than just "HEY LOOK AT THIS KICKASS FIREBALL!" $\endgroup$ –  user137 Commented Sep 10, 2014 at 5:15
• 1 $\begingroup$ Another variant of the hydrogen plus oxygen demo is to pass the gas mixture into a soap bubble solution. The bubbles rise in the air and can be ignited with a taper or handheld propane lighter. Start out with pure hydrogen, which burns gracefully with a whoosh, the add more and more oxygen until, when you are at the stoichiometric ratio, the bubble will detonate with a loud report. $\endgroup$ –  iad22agp Commented Dec 10, 2014 at 10:10

Nitrogen triiodide is pretty spectacular and not dangerous so long as you keep the batch small. I remember my high school chem teacher had a batch left in the back of the classroom to go off randomly to scare us all. It's basically a matter of mixing aqueous ammonia and iodine crystals, leaving them to react a couple hours, then gravity filter. The result is pretty stable so long as it's damp, but explodes with a cloud of purple smoke if even slightly disturbed when dry. Even a feather or something touching is likely to set it off. As I mentioned above, keep the batch small. It doesn't take much to give a good show.

• $\begingroup$ Contact Explosive - Detonating Nitrogen Triiodide, The Royal Institution $\endgroup$ –  RedGrittyBrick Commented Sep 10, 2014 at 9:54

I am giving you the link where you can find many interesting explosion experiments.but let me tell you these are little dangerous too.so be careful while performing these. http://youtu.be/sfW7KztrA8I

Explosions usually happen too fast to be overly fascinating. Explosions with true detonation are quite dangerous.

There is quite a set of flash-powders that produce a cloud of flame and smoke. They are not true explosives as they do not detonate. The easiest one is $\ce{1Zn +1S}$ equimolar mix, it produces bright green-blue burst. I also found funny $\ce{3CuO +2Al}$ mix - it burns with a report, producing yellowish flame and black smoke, and covering nearby surfaces with yellow layer of copper, and $\ce{1Bi(OH)2NO3 +5Mg}$ - in small doses (and I mean really small) it burns with a report, bright (may be even blinding) yellow flash and mushroom cloud of bright yellow smoke. Bismuth oxynitrate is quite easy to prepare via hydrolysis of commercially available bismuth trinitrate. $\ce{2Fe +KNO3}$ mix burns without explosion, producing fountain of yellow sparks. Generally, however, mixes with metal powders must be handled with great care as the mixes may be sensitive, burn without oxygen and produce toxic fumes. Metal powder are available via specialized pyro- or chemical stores and aluminium powder is available also via painting store. However, in reciepes above the finest powder is required.

There are very few explosives that are easy to make. If you have time, you can go with synthesis of barium styphnate (lead is much more toxic, and explosion products will contain lead oxide smoke. Barium is toxic too, but to much, much lesser extent, so it is reasonable safe). It IS sensitive, and will explode if left on heating plate, but is quite easy to produce (styphnic acid is produced by nitration of resorcinol in two stage process with $\ce{NaNO2 + HCl}$ first and $\ce{HNO3}$ second, barium styphate is easily produced from barium chloride, styphic acid and a base, though don't do it without finding proper procedure), so no need to store it. I tested it and found... funny, if not very spectacular.

Here is a funny video for you http://youtu.be/7gnC0mXE0Vk

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Our family couldn’t get enough of the science and exploding colors. I vowed that we were going to do at least one experiment a week. We save these for the boring days when there is no excitement around. Of course, these experiments make the day go super awesome, I love it.

We are in Arizona and have quite a few boring days as we have 3 months of Monsoon season. As long as we choose an experiment that doesn’t shoot up in the air we can do these in the kitchen! I love to see the reaction on my kid’s faces when we start a new project. I love even more that they are learning the entire time. make learning fun again with these science experiments.

Exploding Science Experiments for Kids

Which will you try first? I have round up a great list here for you to start with.

Related:  60 Summer Outdoor Activities for Kids

1.  Lava Science Bottle 2.  Alka Seltzer Rockets 3.  Bubble Bombs 4.  Diet Soda Geyser 5.  Exploding Dinosaur Mud 6.  Erupting Sidewalk Paint 7.  Exploding Fireworks Craft 8.  Elephant Toothpaste 9.  Fizzing Rainbows 10.  Volcano Pumpkin 11.  Exploding Rainbow Easter Eggs

Related:  Galaxy Jar Kids Activity

12.  Baking Soda Volcano 13.  Wizard’s Brew 14.  Homemade Bottle Rocket 15.  Exploding Frozen Stars 16.  Baking Soda Volcano 17.  Exploding Bag Experiment 18.  Balloon Baking Soda and Vinegar Experiment 19.  Erupting Scientist Potion 20. Fizzing Slime 21.  Fizzy Cloud Dough 22.  Chalk Rockets 23.  Fizzing Fossil Dinosaur Eggs

Have more ideas to add to this list? What are your favorite science experiments ? Drop them in the comments below!

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Science Experiments

Magic Milk Science Experiment – Amazing Explosion of Color!

Did you know that it is easy to turn ordinary milk into a rainbow of crazy colors? With only four common kitchen items, kids are thrilled by the color explosion created by the hydrophilic and hydrophobic molecules in our magic ingredient!

Watch our demonstration video, then print out a materials list and instructions to plan for this simple and fun science experiment. Easy to understand explanation of how it works is included below.

JUMP TO SECTION: Instructions | Video Tutorial | How it Works

Supplies Needed

• Milk (Must be either Whole or 2%)
• Food Coloring. The more colors the better
• Shallow Dish or Bowl

Magic Milk Science Lab Kit – Only $5

Use our easy Magic Milk 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!

Magic Milk Experiment Instructions

Step 1 – Pour some milk into a shallow dish or bowl until the milk covers the bottom.

Step 2 – Add some drops of food coloring on the milk. You can use a variety of colors, just be sure to add 3-4 drops of each color.

Step 3 – Add a drop of dish soap into the center of the milk.

Step 4 – Watch in amazement as the colors dances across the surface of the milk. Do you know what caused the colors to move around in the milk? Find out the answer in the how does this experiment work section below.

Video Tutorial

Detailed Magic Rainbow Milk Science Experiment Step by Step Instructions

How Does the Science Experiment Work

The key to the dancing colors in this experiment is soap! Soap molecules consist of a hydrophilic (“water-loving”) end and a hydrophobic (“water-fearing”) end. Water molecules are polar molecules that can dissolve other polar molecules. Fat (and oil) molecules are nonpolar molecules, so they cannot dissolve in water.

Milk is a mixture of water, fat, vitamins and minerals. When soap is added to the milk, it helps to separate the water and fat in the milk. When soap is mixed in with the fat and water, the hydrophobic end of the soap molecule breaks up the nonpolar fat molecules, and the hydrophilic end of the soap molecule links up with the polar water molecules. Now that the soap is connecting the fat and water, the nonpolar fat molecules can be carried by the polar water molecules.

As the soap molecules connect to the fat molecules, the molecules of the food coloring get pushed around everywhere resulting in an explosion of color! As the majority of soap molecules attach to the fat molecules and the soap spreads throughout the milk, the color explosion will slow and eventually stop. Add more soap and see if there are more fat molecules that haven’t attached to soap – if there are unattached fat molecules still, the color explosion will begin again.

This experiment works best with 2% and whole milk because they contain more fat.

Other Ideas to Try

Try this experiment again using milk with different fat percentages. Try it with skim milk, 1% milk, 2% milk, whole milk, half and half, and cream. Consider even trying evaporated milk and sweetened condensed milk. See how the amount of fat affects the explosion of color!

I hope you enjoyed the experiment as much as we did. Here are some printable instructions:

Magic Rainbow Milk Science Experiment

Instructions.

• Pour some milk into a shallow dish or bowl until the milk covers the bottom. Tip: Be sure to use either Whole or 2% Milk
• Add some drops of food coloring on the milk. You can use a variety of colors, just be sure to add 3-4 drops of each color.
• Add a drop of dish soap into the center of the milk
• Watch in amazement as the colors dances across the surface of the milk

Reader Interactions

November 11, 2019 at 6:47 pm

I did this in my science class and it worked really well! I looked at a lot of science experiments but couldn’t find one I liked and then I found this at the last minute and it was really good so thank you for sharing:)

April 12, 2023 at 9:03 pm

I agree, Emma. It has worked every time and was fun to watch! This explanation of the experiment is very informative. I have done this experiment a lot when I was younger. ☺️

August 19, 2020 at 11:48 am

It was pretty cool

October 19, 2021 at 8:33 pm

This was a really fun activity!

November 19, 2021 at 8:26 am

Because of this experiment I got to the finals of my Sci Expo

February 13, 2022 at 8:11 pm

It was actually pretty cool. I did this for my science project. Also, the colors came out really nice! i will definitely try again.

April 2, 2022 at 5:27 am

Thanks a million for these fantastic ideas and explanations!

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Science Fun

Exploding Baggie Easy Science Experiment

In this fun and easy science experiment when are going to use a chemical reaction to explode a plastic zip close baggie. This experiment is easy to perform and ends with a satisfying pop!

• Plastic zip close sandwich baggie
• Toilet paper or tissue
• Baking soda
• Measuring cups and spoons

Instructions:

• Find an area outside that can get a little messy.
• Pour ½ cup of vinegar in the zip close baggie and set aside. Make sure the vinegar does not spill out of the baggie.
• Lay out one square of toilet paper.
• Place 1 tablespoon of baking soda in the middle of the square of toilet paper.
• Fold the toilet paper around the baking soda to seal the baking soda inside. 
• Use a piece of tape to secure the bundle.
• Drop the bundle of baking soda into the baggie containing the vinegar.
• Quickly seal the baggie making sure to do so securely, give the baggie a few quick shakes, and step back several feet. 
• Observe what happens.

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How it Works:

The vinegar saturates the toilet tissue and an endothermic chemical reactions begins between the vinegar and baking soda. The chemical reaction releases carbon dioxide and creates pressure inside the baggie. The pressure builds inside the baggie until it explodes with a pop!

Make This A Science Project:

Try different amounts of baking soda and vinegar. Try different sized baggies. Try different temperatures of vinegar. 

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Mentos and Coke Experiment: How-To Plus Free Worksheet

This explosive experiment teaches kids about physical reactions.

Adding Mentos candy to Coke is the stuff of legend. Every kid has heard the rumors about the explosive combination that results, but how many have actually tried it? While science teachers have been performing this experiment for years, it was first popularized in September of 2005 thanks to a viral video from Steve Spangler Science . The several-foot-high geyser that shoots from the soda bottle is a fun and awe-inspiring hands-on activity that any scientist in the making can perform. Be forewarned though: You’ll probably want to perform this experiment outside.

Read on to learn more about the Mentos and Coke experiment, and fill out the form on this page to grab your free recording sheet for the experiment.

How does the Mentos and Coke experiment work?

In this experiment, you drop Mentos mints into a 2-liter bottle of Coke. Make sure your bottle of soda is on a flat surface in a location where it is OK to make a mess. You then load the Mentos into your paper roll or geyser tube . Once the Mentos are dropped into the soda, they sink to the bottom, which causes the gas to expand and pushes the soda out of the bottle. This creates an exploding geyser effect.

What does the Mentos and Coke experiment teach?

Although you can’t see it, dissolved carbon dioxide is the invisible substance that makes soda bubbly and fizzy. As long as the soda remains in the bottle, the gas is kept in place through the pressurized conditions. When you shake a bottle of soda, some of that gas is released and the bubbles stick to nucleation sites or tiny defects on the inside of the container. If you open the shaken bottle, the bubbles will rapidly rise and push the liquid up and out of the bottle.

Aside from shaking the soda, another way to help the carbon dioxide escape is to drop an object into the bottle. Mentos are the perfect objects, since each candy has many little pits on its surface that serve as nucleation sites. Once the Mentos are dropped into the soda, the bubbles stick to those sites and quickly rise to the surface. The weight of the Mentos drives them to the bottom of the bottle. Then, the gas that is released by the Mentos forces the soda to shoot out of the bottle in a powerful geyser.

Is there a Mentos and Coke video?

This video shows how to do the Mentos and Coke experiment using just a few simple ingredients and supplies.

Materials Needed

To do the Mentos and Coke experiment, you will need:

• A roll or box of mint-flavored Mentos
• 2-liter bottle of Coca-Cola (aka Coke)
• Sheet of paper to roll into a tube OR pre-made geyser tube

Our free recording sheet is also helpful—fill out the form on this page to get it.

Mentos and Coke Experiment Steps

1. make a paper tube by taking a piece of paper and wrapping it around a roll of mentos, then taping it in place. pull the mentos out. alternatively, you can use a premade geyser tube available from amazon or other retailers..

2. If using a geyser tube, load the Mentos. If using a homemade paper roll, drop the Mentos into the roll while holding the bottom closed with your finger.

3. Placing a 2-liter bottle of Coke on a flat surface, remove the cap, and drop the Mentos into the open Coke bottle.

Grab our free Mentos and Coke experiment worksheet!

Fill out the form on this page to get your worksheet. The worksheet asks kids to guess the correct order of the steps in the experiment. Next, kids must make a prediction about what they think will happen. They can use the provided spaces to draw what happens before and after they add the Mentos. Did their predictions come true?

Additional Reflection Questions

• What happened when we added the Mentos to the Coke?
• What difference do you think the temperature of the Coke makes?
• What do you think would happen if we used different-flavored Mentos, like fruit?
• What do you think would happen if we used a different soda other than Coke?
• What do you think would happen if you use Diet Coke?

Can the Mentos and Coke experiment be used for a science fair?

Yes! If you want to do the Mentos and Coke experiment for a science fair, we recommend switching up some of the variables. For example: Does the temperature of the Coke matter? Does the brand of soda matter? Will generic soda produce the same results as the brand-name soda? What happens if you use fruit-flavored Mentos? What happens if you use Diet Coke instead of regular? Form a hypothesis about how changing the variables will impact the experiment. Good luck!

Looking for more experiment ideas? Check out our  big list of experiment ideas here.

Plus, be sure to  subscribe to our newsletters  for more articles like this., you might also like.

Dancing Popcorn Experiment: How-To Plus Free Worksheet

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Playz Explosive Kitchen Lab Educational Science Kit for Kids Age 8-12 with 26 Science Experiments to Make Citrus Rockets, Sour LED Lights & More - Chemistry Set Toys for Boys, Girls, Teenagers & Kids

• EXCITING WAY TO LEARN: Inspiring young children to learn has never been more fun with this Playz chemistry kits that allows kids to learn about acids, bases, pH scale, DNA, electricity & diffusion through volcanic activities powered by lemon fuel!
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• TRUST OUR PLAYZ PROMISE: Do your research! You know the quality you will get when purchasing a Playz science kit. If you are unhappy with your purchase, contact us at anytime for a refund. NOTE: Additional household items are required.

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Lemon-Fueled Learning

Launch citrus rockets, light up LEDs, and let laughter lift off with our explosive kitchen lab.

Culinary Chemistry

Concoct cool chemistry and create captivating reactions with everyday household items.

Mix, Fizz, Boom!

Fill your kitchen with fizzy experiments, bountiful blasts, and booming volcanic thrills.

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Unleash hours of fun with friends and family. Great gift for birthdays and holidays!

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Customers say

Customers like the entertainment value, instructions, quality and age range of the science fundamentals kit. They mention that it's a fun way of learning different science experiments, easy to follow and implement at home, and a pretty good chemistry set. That said, some complain about the value and supplies.

AI-generated from the text of customer reviews

Customers find the science fundamentals kit fun and informative. They also say the experiments are good for children and great for curious young kids who love doing hands-on experiments.

"...Of course. But this does the work for you of putting everything together very nicely , with many of the supplies in a organized manner..." Read more

" Good science experiments for children " Read more

"...It was a bit messy, however, it was somewhat educational and fun . You can get this product; however, they won't play with it for longer than a month." Read more

"...But, the experiments look interesting and we are excited to try them all." Read more

Customers like the quality of the science kit. They say it has lots of experiments with household items and provides great learning opportunities. Some customers mention that the directions are written really small. However, most of the experiments are basic and would be good for beginners.

"This ended up being a nice science set for us. It comes in a sturdy box that can easily double as storage, all the lab items and many of the..." Read more

"...Not this kit! It has the vast majority of what is needed, great booklet not only detailing the steps of each experiment but the "why" as well...." Read more

"...Overall this was a great purchase for both girls and we hope to encourage STEM learning for both...." Read more

"This is a pretty good chemistry set . We haven't done many experiments yet, but there seem to be a good variety...." Read more

Customers find the instructions in the science fundamentals kit great, easy to follow, and implement at home. They also appreciate the detailed explanations and simple yet effective experiments. Overall, customers say the kit is convenient and good for beginners.

"...My eight year old found it easy to read through and follow the step by step instructions and to his delight the experiments have worked flawlessly..." Read more

"...My son loves picking out experiments from the kit. Very convenient and we use it over and over." Read more

"...The experiments are easy enough for her to follow and do on her own...." Read more

"...Most of the experiments were basic and would be good for beginners ; but if you've already done your own kitchen experiments, only a few may be "new"...." Read more

Customers find the science fundamentals kit great for kids. They say it's a good family activity, and fun for girls. Some say it’s based on basic science and appropriate for their age.

"...bit more expensive than would think for the product however it is fun for girls ." Read more

"First off the experiments are fun and engaging and they are safe for kids . My son is 7 and has enjoyed them so far...." Read more

"...I’d say it’s great for ages 8-12 . We love being in the kitchen anyway- so I can cook while she plays & makes “experiments”...." Read more

"Very complete with lots of variety and necessary safety equipment . Good learning experience and great things to do for summer break from school." Read more

Customers are mixed about the supplies. Some mention that the box has a good amount of needed supplies, while others say that it does not include any of the key ingredients.

"...Not this kit! It has the vast majority of what is needed , great booklet not only detailing the steps of each experiment but the "why" as well...." Read more

"...gotten in the past include baking soda, etc and this did not include any of that really . Also, would have liked the volcano to be a bit bigger...." Read more

"I love that this kit really includes everything I need to do the experiments. My son loves picking out experiments from the kit...." Read more

"...The only real downfall was that every experiment needs additional items ; most you'll have on hand, but not all... and of course that'll be the one..." Read more

Customers are dissatisfied with the value of the science fundamentals kit. They mention that it's not worth the money, has poor quality for the price, and is nonrefundable on Amazon.

"...I would rate 5 stars. Only gave 4 stars bc I do think the price point is a little high ...." Read more

"I’m glad this was on sale but still too expensive for the price ...." Read more

"My son loved it! It's well worth it, you get a lot for the value !" Read more

"...There really is not much that you get in the kit. Not a good value ." Read more

Customers find the writing style of the science fundamentals kit poor, wordy, and strange. They also say the directions are small and the layout is crowded. Overall, customers say the kit is educational and fun.

"...The booklet is full of strange English so it's not always clear on what to do. What a waste." Read more

"... It was a bit messy , however, it was somewhat educational and fun. You can get this product; however, they won't play with it for longer than a month." Read more

"...Also, they layout of the book is just generally crowded , so my son has trouble finding where the "start" is for each new experiment..." Read more

"...In my opinion, the booklet could have been laid out better . It's hard to tell where the experiments start." Read more

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