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The Chemical Kim Science Showclick on an activity to watch the fun!
 

newton's laws of motion!

Very fun and unique activities to show the laws of motion.

flame science!

The behaviors of a flame can safely be explored to understand its scientific behavior.

sugar science!

This is a cool science lesson on sugar and working with sugar's physical properties to make rock candy and sugar glass.

liquid nitrogen!

Bundle up for the extremely cold demonstration of a liquid that boils at -321 degrees F (that's -196 degrees C).

chemical glow sticks!

An illuminating demonstration of lightsticks and a concept known as chemiluminescence as electron movement releases energy in the form of light.

the best ghost eggs!

This is a fun and easy science activity to utilize the properties of dry ice to making some spooky ghosts for Halloween

ferrofluid

Ferrofluid is a liquid that is attracted to a magnet because it contains iron. It is found in high end speakers, computer hard drives, and some motor shafts. Very fun science!

glow germ

This science activity utilizes safe home materials to show how germs can spread and the importance of proper cleaning and infection control!

roller coaster science

Utilizing very simple materials you can build your very own roller coaster and study the laws of motion, velocity, and acceleration.!

laundry bag slime

This is a cool science activity/lesson that shows how a soluble laundry bag made out of polyvinyl alcohol can be turned into a fun science slime experiment!

chemical bath bombs

Utilizing the chemical reaction of citric acid and baking soda make a fun and safe bath bomb!

rubber easter eggs

This is a really cool science activity that involves dissolving egg shells in colored solution and then experimenting with the colored membrane that remains around the egg.

flammable alcohol

Using only a few drops of alcohol is enough to send a film canister across a
distance of almost 10 feet when ignited.

electrolysis of water

Here is a very fun and easy activity using pencils to separate hydrogen and oxygen from water

 

conductivity meter. 
Here is a very fun and very easy kitchen chemistry activity for testing the conductivity of common chemicals in your home. 

hydrophobic sand!
sand afraid of water? what?  that's right, it's hydrophobic sand!  here's a fun and easy activity to make your own hydrophobic sand.

"melting" science snow!
here is a common polymer used to make science snow that is used in special effects and decorating. Add a little salt to the science snow and see if it actually "melts" the snow!

holiday science gift box!
 This is a "homemade" gift that would brighten anyone's holiday and provide hours of fun and entertainment.  All items can be found in a local food or hardware store.

see your name in chemical lights!
Here is a fun science activity that let's everyone know you're a science superstar!!

 

This is a fun and easy science activity to utilize the properties of dry ice to making some spooky ghosts for Halloween! 

Chemical Kim demonstrates the combustibility of a few gases.

Warning: This is for demonstration only. Do not try this at home.

Did you know there are two different types of packing peanuts?  The original type is made out of polystyrene.  The more resent type of packing peanut is made out of corn starch, making it easily biodegradable in our environment.  With these two types of peanuts you can investigate some fun science!

What to do with an old pager or cell phone? Take out the motor that causes it to vibrate and make a very fun, very simple robot! activities!

Thanks to an error that took place in a laboratory of Proctor and Gamble in 1890, Ivory soap has unique properties that allows for some fun science activities!

Did you know that when you eat a bowl of cereal fortified with iron, you are actually eating bits of metal? The same metal found in nails and cars? Here is a fun activity using a physical property called magnetism to remove the iron found in most cereals.

Use the strength of gas laws to crush some cans.

 

A Kool Density Drink Here's a great science activity that teaches you about density and has you make a really cool liquid you can drink.

Have you ever wondered why salt is added to ice when you make your own ice cream? This activity explores the science behind making ice cream and looks at the behavior of ice melting and the affects salt has on the process to allow the phase change of cream from a liquid to a solid.

Utilizing air pressure, static electricity, and the properties of polymers, here are a few very fun science tricks you can do to amaze your friends!

Have you ever wondered why fireworks spark and what makes all those pretty colors? Part of what makes the sparks involve burning of metals. Part of what makes these colors involve burning salts.

Summer means? BUBBLES!!! Lots and Lots of Bubbles!! Did you know a lot of fun science can be learned just by investigating and playing with bubbles? This activity explores a few science behaviors of bubbles in attempts to make a square bubble and to put a person inside a bubble!!

It's no wonder Shrek loves to play in his swamp! This is because he is playing in a SUSPENSION!! Taking a large molecular compound like starch and adding it to greenish-brown water? you have a very fun substance that looks (and probably feels) a lot like Shrek's Swamp!!!

Utilizing a method in science to separate molecules that are mixed physically, you can separate colors on a t-shirt and make your own chromatography t-shirt!!

Utilizing the chemical change that takes place between baking soda and vinegar you can have a lot of fun making your own science poppers.

Making paper is a very simple and fun process. Paper primarily comes from trees and utilizing a little bit of science you can make new paper from old paper (recycling of course!). Not only are you doing fun science but you will we save a few trees in the process!

warm ice

Some common hand warmers contain a substance called sodium acetate. When a super saturated solution of sodium acetate crystallizes it releases heat. The crystallization process is very fast and produces crystals that look like ice.

There is a common polymer used in both baby diapers and water crystals found at a garden center. Combine this polymer with water and you have a substance that looks and feels like snow, except it?s not as cold! Now that?s a little science magic!!

 This is a really cool science activity that involves dissolving egg shells and then experimenting with the membrane that remains around the egg. It does take several days and a few changes of the vinegar but the results are worth the wait. It also makes good use of those extra eggs grandma bought for preparing the holiday dinner.

This is a science experiment that has been around for years, but still so much fun! It involves looking at buoyance and air pressure.

Carved pumpkin, small dish, dry ice (solid carbon dioxide, can be purchased at Meijer), warm water, bubble solution, food coloring...

Laxatives used to contain a substance called phenolphthalein, and acid indicator.  Utilizing its color change makes for a fun halloween science activity.

The pop is a water solution that contains a gas called carbon dioxide. Watch what happens when you drop Mentos in pop!  A very fun explosion!!

lava lamp

Utilizing simple at home substances of water, oil, and salt you can make a cool lava lamp and learn a lesson on density.

cabbage science

Utilizing red cabbage you can investigate the acidic properties of many substances in your world.

harry potter science

In celebration of the release of the next Harry Potter movie, Chemical Kim dress as a potion's professor from Hogwarts and presented a wizard science activity on Take Five & Company.
 

 
   

e-mail: show@chemicalkim.com

The purpose of ChemicalKim.com is to provide fun and easy science activities.  This website is maintained by ChemicalKim.com and is responsible for making this material available for others as a learning tool.  ChemicalKim.com cannot be responsible for any accidents or injuries that may result from performing these activities.

There are several materials and examples that are borrowed from numerous sources in which I reference here.

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