Science Experiments to Do at Home

If you are looking for fun science experiments for children, look no further. The following are a few great ideas to get started. Try catapults, oobleck, glow sticks, and more!

If you are looking for fun science experiments for children, look no further. The following are a few great ideas to get started. Try catapults, oobleck, glow sticks, and more! You'll be amazed at what kids can learn! These experiments will help them understand the densities of different materials. You'll also have fun teaching your child about the science of gravity. In addition, you can even teach them about densities by experimenting with different materials, such as water and air.

Science Experiments to Do at Home


If you're looking for science experiments to do at home, consider catapults. These simple machines have been used for centuries, and can help kids learn STEM concepts. Launching a ping pong ball or a LEGO brick may be the end goal of this activity. As the object flies, it will store potential energy, which turns into kinetic energy when it reaches the target. After the launch, gravity will pull the object back to earth.

The science experiments students can conduct with catapults include learning about the mechanics of simple machines, elastic potential energy, and the pivot point. When using these equipment with children, remember that safety is key. While playing with flying objects, you should wear protective gear, such as safety glasses. The same applies to other activities, like building an umbrella. Make sure to include safety glasses for everyone involved in the experiment.

Torsion catapults, on the other hand, are a great way to explore energy transfer. A torsion catapult has a string with a counterweight that will swing up and down to launch a payload with a great distance. This type of catapult is very similar to a standard catapult, but it has a different design. The counterweight is a huge weight, and it will help create the energy needed to launch the payload.

Catapults have been used for several centuries and can come in a variety of shapes and sizes. A large catapult can even knock down a castle wall. The distance the projectile travels will depend on the force applied to it. In addition to a catapult, it can also help kids learn about the laws of gravity and the effects of torsion and tension on the body.


The first of several Oobleck science experiments to do at your home involves creating a mixture from oobleck and water. The mixture can be stirred slowly, and it will form strange tendrils when pushed. Students can act out the effects of quicksand by slicing, pounding, and pressing the mixture tightly. This experiment can be done in a large plastic tub or bin. Oobleck can get quite messy, so it is recommended to be careful and keep the mix away from things of great value.

Oobleck is a fun and easy experiment to make at home. All you need is a big bowl and a plastic tablecloth. You'll be amazed at how messy the oobleck can be, but it's not difficult to clean up afterwards. Plus, the oobleck washes out of clothing without leaving a trace! Just be sure to wash your hands thoroughly afterward!

Oobleck is a fun and easy science experiment that you can do at home with your child. This non-newtonian substance can be made using cornstarch and water. This mixture is also completely washable, making it a great activity for a family day out. If you're looking for fun science experiments for children, try making this oobleck mix with your children. They'll love this fun activity!

Oobleck is made of super-fine particles of cornstarch and water. While it doesn't contain toxins, it is still important to follow the directions for safe handling. Try not to get it in your eyes, and make sure that no one gets their hands dirty while doing the experiment. A damp sponge will do the trick. And once you're done, clean up the mess by dumping the Oobleck mixture in a garbage bag.

Glow sticks

Glow sticks contain fluorescent dye, hydrogen peroxide and phthalate ester solvent. The combination of hydrogen peroxide and the fluorescent dye in the glow stick creates an unstable compound that gives off energy. This energy is then converted into light in the form of a glowing effect. If the glow stick has three colors, the result is white light. Students can investigate the chemical reactions by measuring the length of each stick. The results of the experiment can be used to draw conclusions and create a visual representation of the phenomena.

One popular experiment to do at home involves measuring how long a glow stick lasts after activating. It tests the effects of temperature on the amount of light emitted. To conduct the experiment, you will need a thermometer, glass containers with a capacity of one liter, a graduated cylinder, and a stainless steel spoon. The temperature of the glow sticks should be between 50°F and 100°F.

Another experiment using glow sticks involves exposing the glow sticks to different temperatures. Place three sets of five sticks in hot water and ice water, while a third set should be left at room temperature. A stopwatch is recommended to record the time it takes each stick to extinguish. The longer the glow lasts, the longer it will remain in the tube. A few days can make a dramatic difference.

Glow sticks are a great way to teach kids about the chemistry behind the creation of light. Children can observe how the chemical reactions in the glowing sticks affect the light. It may also help students understand how light and pigments react when mixed. If you are looking for easy science experiments to do at home, glow sticks will provide an excellent learning opportunity. They will be able to create their own experiments to expand their science knowledge.

Teaching kids about densities

A simple experiment for teaching kids about densities can be conducted at home. By comparing the density of different liquids and solids, you can show your children how certain substances are more dense than others. Density is a measure of how tightly molecules are packed in a given volume. Denser substances will always weigh more than those of low density. Here are a few free science experiments for teaching kids about density:

To begin, make an aquarium for your child to conduct the experiment. Place balls and everyday objects in the aquarium. Then, ask your kids to guess whether the objects will sink or float. The more they guess correctly, the higher their denser object will be. You can do this same activity with different types of water, such as salt water. Salt water is denser than fresh water, so make sure your kids know this before doing the experiment.

You can also conduct a sink or float experiment at home. This easy science experiment is a great way to demonstrate the concept of density. You can use objects you already own to conduct the experiment, such as plastic bags, mugs, and bottles. It is quick and easy to conduct, and your kids will be fascinated by its fun and educational benefits. Water is an excellent way to demonstrate density, and the kids will love finding extra objects and measuring their volume.

Another simple activity teaches kids about air density and the function of a barometer. A model barometer is placed inside a glass jar. Students can then manipulate the air pressure inside the jar to show how the density of air changes. The students can relate this to short-term changes in weather. By combining these activities, children will learn about the density of air and the difference between air and water.

Teaching kids about acids and bases

Getting your child interested in acids and bases can be as simple as creating some fun projects. Acids and bases are common household substances, and can be easily related to their everyday life. To get your kids interested in acids and bases, you can create a pH scale and make an indicator to test the acidity of different substances. You can then use the indicator to test different substances, such as fruit juices.

If you're looking for a science activity that will get them interested in acids and bases, try making a pH scale with paper. Divide it into 14 sections and color each one a different color. Light yellow will be at the bottom and red-orange will be at the top. Other colors you can use include blue, purple, and violet. You can also experiment with different antacids and learn about the effects acids and bases have on the environment.

The pH scale measures how acidic and basic a solution is. Using this scale, you can discuss things like acid rain and stomach acid, and show how acids and bases react with each other. Acids and bases react with each other, so the corresponding color of your solution will change to red and blue. Make sure you supervise the experiments to prevent them from causing injury. Learning how acids and bases work will help your kids understand the importance of safety.

For a simple yet effective experiment, you can also make a homemade version of litmus paper. You can cut small strips of the paper and use them to test different substances. For example, you can use a colored spoon to dip a spoon into a jar of apple juice or soda. A paper with the color on it will then float on top of the liquid. This experiment combines acid and base reactions with density and vortex and is the perfect way to introduce the concept to kids.

  • Edward J.: A Teacher by profession and love to share knowledge.